Upload folder using huggingface_hub
Browse files- data/chunk-000/file-000.parquet +3 -0
- meta/episodes/chunk-000/file-000.parquet +3 -0
- meta/info.json +127 -0
- meta/stats.json +632 -0
- meta/tasks.parquet +3 -0
- pedagogical_log.txt +140 -0
- videos/observation.images.camera1/chunk-000/file-000.mp4 +3 -0
- videos/observation.images.camera2/chunk-000/file-000.mp4 +3 -0
data/chunk-000/file-000.parquet
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version https://git-lfs.github.com/spec/v1
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oid sha256:718d0cbac8d6abd9e896998a32344c9e2484e297614bb21643166c49a863a537
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size 396896
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meta/episodes/chunk-000/file-000.parquet
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version https://git-lfs.github.com/spec/v1
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| 2 |
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oid sha256:d3bfe9723b639a7d32c3de7cdab3e2ed83ccbcdc44783613781517ddda6c0ab3
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| 3 |
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size 66783
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meta/info.json
ADDED
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@@ -0,0 +1,127 @@
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{
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"codebase_version": "v3.0",
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| 3 |
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"robot_type": "so101_follower",
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| 4 |
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"total_episodes": 10,
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| 5 |
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"total_frames": 5712,
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| 6 |
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"total_tasks": 1,
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| 7 |
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"chunks_size": 1000,
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| 8 |
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"data_files_size_in_mb": 100,
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| 9 |
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"video_files_size_in_mb": 200,
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| 10 |
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"fps": 30,
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| 11 |
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"splits": {
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| 12 |
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"train": "0:10"
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| 13 |
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},
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| 14 |
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"data_path": "data/chunk-{chunk_index:03d}/file-{file_index:03d}.parquet",
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| 15 |
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"video_path": "videos/{video_key}/chunk-{chunk_index:03d}/file-{file_index:03d}.mp4",
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| 16 |
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"features": {
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| 17 |
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"action": {
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| 18 |
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"dtype": "float32",
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| 19 |
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"names": [
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| 20 |
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"shoulder_pan.pos",
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| 21 |
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"shoulder_lift.pos",
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| 22 |
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"elbow_flex.pos",
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| 23 |
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"wrist_flex.pos",
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| 24 |
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"wrist_roll.pos",
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| 25 |
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"gripper.pos"
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],
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| 27 |
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"shape": [
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| 28 |
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6
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| 29 |
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]
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| 30 |
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},
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| 31 |
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"observation.state": {
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| 32 |
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"dtype": "float32",
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| 33 |
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"names": [
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| 34 |
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"shoulder_pan.pos",
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| 35 |
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"shoulder_lift.pos",
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| 36 |
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"elbow_flex.pos",
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| 37 |
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"wrist_flex.pos",
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| 38 |
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"wrist_roll.pos",
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| 39 |
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"gripper.pos"
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| 40 |
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],
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| 41 |
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"shape": [
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| 42 |
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6
|
| 43 |
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]
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| 44 |
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},
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| 45 |
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"observation.images.camera1": {
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| 46 |
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"dtype": "video",
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| 47 |
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"shape": [
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| 48 |
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480,
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| 49 |
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640,
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| 50 |
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3
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| 51 |
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],
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| 52 |
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"names": [
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| 53 |
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"height",
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| 54 |
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"width",
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| 55 |
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"channels"
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| 56 |
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],
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| 57 |
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"info": {
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| 58 |
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"video.height": 480,
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| 59 |
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"video.width": 640,
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| 60 |
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"video.codec": "av1",
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| 61 |
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"video.pix_fmt": "yuv420p",
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| 62 |
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"video.is_depth_map": false,
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| 63 |
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"video.fps": 30,
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| 64 |
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"video.channels": 3,
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| 65 |
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"has_audio": false
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| 66 |
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}
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| 67 |
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},
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| 68 |
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"observation.images.camera2": {
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| 69 |
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"dtype": "video",
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| 70 |
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"shape": [
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| 71 |
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480,
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| 72 |
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640,
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| 73 |
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3
|
| 74 |
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],
|
| 75 |
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"names": [
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| 76 |
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"height",
|
| 77 |
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"width",
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| 78 |
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"channels"
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| 79 |
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],
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| 80 |
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"info": {
|
| 81 |
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"video.height": 480,
|
| 82 |
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"video.width": 640,
|
| 83 |
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"video.codec": "av1",
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| 84 |
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"video.pix_fmt": "yuv420p",
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| 85 |
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"video.is_depth_map": false,
|
| 86 |
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"video.fps": 30,
|
| 87 |
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"video.channels": 3,
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| 88 |
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"has_audio": false
|
| 89 |
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}
|
| 90 |
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},
|
| 91 |
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"timestamp": {
|
| 92 |
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"dtype": "float32",
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| 93 |
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"shape": [
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| 94 |
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1
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| 95 |
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],
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| 96 |
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"names": null
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| 97 |
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},
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| 98 |
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"frame_index": {
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| 99 |
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"dtype": "int64",
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| 100 |
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"shape": [
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| 101 |
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1
|
| 102 |
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],
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| 103 |
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"names": null
|
| 104 |
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},
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| 105 |
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"episode_index": {
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| 106 |
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"dtype": "int64",
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| 107 |
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"shape": [
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| 108 |
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| 109 |
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"names": null
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| 112 |
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"index": {
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| 113 |
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| 114 |
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"shape": [
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"names": null
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"task_index": {
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| 121 |
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"shape": [
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| 122 |
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| 123 |
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| 124 |
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"names": null
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| 125 |
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}
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| 126 |
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}
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| 127 |
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}
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meta/stats.json
ADDED
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@@ -0,0 +1,632 @@
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meta/tasks.parquet
ADDED
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@@ -0,0 +1,3 @@
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| 1 |
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version https://git-lfs.github.com/spec/v1
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oid sha256:2c32c29cac8587a7ec262fe8bdc3d7c9ca3a0f33e9a24d41cfc3d8ec25a95757
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| 3 |
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size 2498
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pedagogical_log.txt
ADDED
|
@@ -0,0 +1,140 @@
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|
| 1 |
+
|
| 2 |
+
=== Episode 0 ===
|
| 3 |
+
[00:00.99] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test or task pickup. Next: Prepare for the next flame test. Next: Prepare for the next pickup. Next: Prepare for the next experimental or next bout or safely resume the experiment. Next: Reevaluate the setup and resume when heated. Next: Make robot is ready to continue to process or initiation. Ensure all materials are ready and resume. Next: Prepare for the
|
| 4 |
+
[00:03.30] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to repeat the flame test if necessary. Connection to learning goal: burner for further experiments or action pickup and prepares for the next flame test. Next: Prepare for next experimental setup. Connection to learning goal: aiding in visual cues and safe for safe laboratory settings. Next: Prepare for subsequent test results. Next: Prepare for the next pickup before testing or proceed. Next: Clean the wire
|
| 5 |
+
[00:05.63] . This ensures that it's ready for the next action without unexpected movements. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before testing another salt. Connection to learning goal: Consistent starting positions critical for experimental procedures. Next: Prepare for next test or task pickup. Next: Prepare for further experiments. Next: Prepare for when the flame test and safety protocols in automated systems. Next: Prepare for further actions and maintains a safe environment. Next: Prepare for the next pickup from the next
|
| 6 |
+
[00:07.95] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Prepare to clean the wire loop before dipping it in a new sample for the next flame test. Next: Verify the flame test. Next: Verify loop is clear and resume with the sample. Next: Verify the flame test, then proceed to dip the loop before proceeding to dip it into the next sample. Next: Verify the flame test. Next: dip it into the next flame test.
|
| 7 |
+
[00:10.25] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is essential to avoid contamination and ensure reliable test outcomes. Next: Dry the loop, then proceed to dip it into the next sample. Next: Dry the wire loop before dipping it into a new sample. Next: Prepare for the next sample or sample for learning orGAN, then proceed to dip it into the next flame test. Next: Prepare for the next sample to heat the sample sample are in place. offering a clean solution to test the next sample. Next: Remove wire loop from the next sample. Next: Remove wire loop
|
| 8 |
+
[00:12.56] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dry the wire loop before using it with a new sample. Next: Dry the loop before dipping it into a new sample. Next: human presence. Next: Prepare for next sample test or cleaning for the next flame test. Next: for cleaning the wire loop before testing a new sample. Next: for salt onto sample for testing. Next: Prepare for next test for further experiments. Next: helps in understanding and when a new sample. Next: for example
|
| 9 |
+
[00:14.89] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dip the clean wire loop into a new sample for testing. Next: Prepare to loop for sample collection is testing. Next clean wire. Next: for analysis or repeat in wire and begin wire to remove wire for coating in flame tests. Next coat of, then proceed to dip it into the next sample for testing. Connection to learning goal: Understanding emission spectra. Next: Document observed flame color and compare with known spectra for identification. Next the cleaning solution to avoid
|
| 10 |
+
[00:17.20] The consistency of sample collection is crucial for reliable results. Connection to learning goal: Precise sample collection impacts the accuracy of the flame test and the visibility of emission spectra. Next: Move the loop to the flame to observe the color changes. Next: Move the coated wire loop in the flame to the flame to observe. Next: Ensure the workspace is clear of obstructions to prevent contamination. Next: Clean the wire before testing. Next: Clean the loop before testing. Next: Ensure the workspace is clear of obstructions before continuing with the sample. This step consistent flame test. Next: Clean the wire loop before testing. Next: Clean the loop
|
| 11 |
+
[00:19.51] The consistency of sample collection is crucial for reliable results. Connection to learning goal: Precise sample collection impacts the accuracy of the flame test and the visibility of emission spectra. Next: Move the loop to the flame to observe the color changes. Next: Move to the flame to observe the color change. Next: Move to the flame. Next: proceed to flame results. Next: Confirm the workspace is clear and dry, then proceed to coat the wire loop in the flame to observe the flame color and compare with known standards. Next: Record the observed flame color and compare with known spectra to identify the element. Next: Ensure the flame's
|
| 12 |
+
[00:21.82] . This helps identify the metal ion present based on characteristic flame colors. Connection to learning goal: Different elements emit specific colors when heated, which can be used for qualitative analysis. Next: Record observed color and compare with known spectra for identification. Next: Record observations and compare with known spectra for identification. testing, aiding in the intended sample. Next: metal ions. Next: Verify the element. wire to remove wire loop with the sample. Connection to learning goal: Clean the loop before testing Different colors for the flame test. Next: Clean the wire for the flame to flame color. Next: metal ions. Next: Record observed flame colors
|
| 13 |
+
[00:24.14] . Ensure accurate observation of color changes as they indicate the presence of specific elements. Connection to learning goal: Links practical flame test results to theoretical spectra, aiding in element identification. Next: Document the observed color and compare with standard reference charts. Next: Document observed colors and compare to known spectra. Next: Document the observed color and compare flame color. Next: Clean the wire loop, then proceed to dip in the next sample. Next: Verify the sample collection, then proceed to the flame. Next: heating in the sample. Next: cleaning or proceed to dip the wire loop in the next flame and observe the color change. Next:
|
| 14 |
+
[00:26.44] . This helps identify the metal ion present based on characteristic flame colors. Connection to learning goal: Different elements emit specific colors when heated, which can be used for qualitative analysis. Next: Record observed color and compare with known spectra for identification. Next: Record the observed color and compare with known spectra. Next: Record the flame color. Next: Confirm the identity identification, then proceed to dip the wire loop into the salt for the next sample. Next: reassess, then proceed with the flame test. Connection to learning goal: Understanding electron transitions and compare flame tests. Next: Clean the wire for the next sample. Next: Clean the wire
|
| 15 |
+
[00:28.75] . This helps identify the metal ion present based on characteristic flame colors. Connection to learning goal: Different elements emit specific colors when heated, which can be used for qualitative analysis. Next: Record observed color and compare with known spectra for identification. Next: Record observations and prepare for the next sample or shut down. Next: Record observations and compare findings with known spectra. Next: Record observations and compare findings in place a next flame. Next: Record observations and prepare for further experiments. Next: Clean the loop before dipping it into a new sample. Next: Clean the wire loop in the next salt sample. Next: Clean the wire loop in
|
| 16 |
+
[00:31.08] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dry the wire loop before using it with a new sample. Next: Heat the sample and prepare for flame color results. Next: Each metal spectra electron transitions to specific colors. Next: into the next sample for analysis. Next: for the next flame test. Next: Prepare the sample. This allows for subsequent flame exposure. Next: Prepare for another flame test. Next: for the next sample. offering a new sample from the dish and a next sample a
|
| 17 |
+
[00:33.39] . This step ensures the accuracy of subsequent tests by preventing cross-contamination. Connection to learning goal: Proper cleaning is crucial for consistent and reliable results in chemical experiments. Next: Dry the loop before dipping it into a new sample for testing. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: test results. Next: Remove wire loop and proceed with the next sample to pick up a new sample for testing. Next: salt the wire to loop a new salt sample. Next: Prepare the workspace for the next flame test. Next: dip it into a new sample for testing. Next: Prepare
|
| 18 |
+
[00:35.72] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the wire loop before dipping it into a new sample for the next test. Next: dip it into the next sample. Next: dip it into a new sample for the next flame test. Next: Remove wire loop for the flame test. Next: dip it into a new sample for the flame test. Next: dip it neurons, then proceed to dip it sample. then proceed to
|
| 19 |
+
[00:38.02] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the wire loop before dipping it into a new sample. Connection to learning goal: Ensures accurate identification of metal ions through flame tests. Next: Securely grasp the wire loop for reuse. Next: Ensure workspace is clear of obstructions before proceeding to next sample. Next: Allow for precise identification of metal ions through their emission spectra. Connection to learning goal: Proper cleaning prevents contamination and ensures
|
| 20 |
+
[00:40.39] . This ensures that it's ready for the next action without unexpected movements. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before necessary amount for analysis. Connection to learning goal: Clean materials to pick up the wire loop for the next flame test. Next: Prepare for the next sample or procedure. Next: Verify the workspace is clear and resume the experiment. Next: Clean the wire loop, then proceed to dip it into the next sample for testing. Next: Prepare for further experiments
|
| 21 |
+
[00:42.71] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test or analysis. Next: Prepare for the next pickup. Next: Prepare for the next pickup with a new sample. Next: Verify the workspace is clear and resume the flame test. Next: Analyze results. Next: Prepare for the next pickup. Next: Clean the wire loop before testing. Connection to learning goal: Proper workspace is task. Next: Prepare for the next
|
| 22 |
+
|
| 23 |
+
=== Episode 1 ===
|
| 24 |
+
[00:00.70] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test or analysis. Next: Prepare for the next pickup. Next: Prepare for the next pickup with a new sample. Next: Verify the workspace is clear and resume the experiment. Next: Analyze results. Next: Prepare for the next pickup. Next: Clean the wire loop before testing another salt sample. Next: Clean materials. proceed with the next experimental. Connection to learning
|
| 25 |
+
[00:03.02] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean and coat the wire loop for the next flame test. Next: Prepare for the next pickup. Next: Prepare for the next pickup or proceed from the last completed step. Next: cleaning. Connection to learning goal: Notice observation and resetting. Next: Prepare for another test results. Next: Prepare for the next experimental procedure or if. Next: Clean the wire loop once
|
| 26 |
+
[00:05.39] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before testing another salt sample. Next: Prepare for heating. Next: Prepare for the next pickup. Next: Prepare for the next pickup. Next: Prepare for the next pickup test or repeat. Next: Prepare the robot for further experiments. Next: Prepare for the next pickup. Next: Prepare the robot is clear and safe. Next: Prepare the robot for
|
| 27 |
+
[00:07.69] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Prepare to clean the wire loop before testing new samples. Next: Dry the wire loop before dipping it into a new sample for the next test. This step continues. Next: Clean the wire loop before testing a new sample for the next flame test. Next: heating. This flame test. Next: Remove wire loop to the flame to cool. Next: Prepare for subsequent flame test. Next
|
| 28 |
+
[00:10.00] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Dry the loop before dipping it into a new sample. Next: heating is clear. Next: Dry the wire loop before dipping it into a new salt sample. Next: dip it into a new sample for testing. Next: Reevaluate the intended sample for analysis. Next: Record observations and colors and
|
| 29 |
+
[00:12.30] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Dry the loop before dipping it into a new sample for the flame test. Next: Remove wire loop from the flame before proceeding to the next sample. Next: Remove wire identification. Next: Remove wire identification. proceed with flame color. Connection to learning goal: Emphasizes the flame test. Next:
|
| 30 |
+
[00:14.62] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the wire loop before dipping it into a new sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data. Next: Securely grasp the wire loop for the next flame test. Next: Dry the loop before dipping it into a new sample. Next: human presence and reset sample handling, then proceed to dip it into a new sample. Next: for the
|
| 31 |
+
[00:16.94] . This ensures that it's ready for the next action without unexpected movements. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before testing another sample. Connection to learning goal: Clean the wire loop before testing color. Next: Understanding the importance of the robot for the next operation. Next: Prepare for the next sample or procedure. Next: Clean the wire loop and resume. Next: Clean materials are critical for maintaining a safe and safe test. Next: Prepare for another test. Next
|
| 32 |
+
[00:19.24] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to repeat the flame test by selecting the next location. Next: Prepare for the next flame test. Next: Prepare for the next experimental setup or standby position. Next: Prepare for the next pickup. Next: Remove wire salt or proceed to a next sample test. Next: Clean the wire loop before testing. Next: Prepare for the next pickup. Next: Clean materials are not contaminated
|
| 33 |
+
|
| 34 |
+
=== Episode 2 ===
|
| 35 |
+
[00:00.68] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test or task pickup. Next: Prepare for the next flame test. Next: Prepare for the next pickup. Next: Prepare for the next experimental procedure. Next: Prepare for the next pickup. Next: Make sure correct workspace is clear. Connection to learning goal: Proper setup is procedure. Next: Prepare for the next pickup. Next: Prepare for the next based on the
|
| 36 |
+
[00:03.00] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test or task pickup. Next: Prepare for the next pickup. Next: Prepare for the next pickup for further experimentation. Connection to learning goal: Proper handling of equipment to avoid contamination or contamination. Next: Verify setup and proceed when protocols are confirmed. Next: Make sure workspace is clear and resume the flame test. Next: Prepare for next test. Next: Prepare for further
|
| 37 |
+
[00:05.31] to its initial position to safely resume tasks. Connection to learning goal: Understanding the importance of resetting and verifying system status enhances safety and precision in automated experiments. Next: Ready the robot for a new sample test or repeat a previous one. Next: Review the sample and prepare for the next sample test. Next: Verify the setup and proceed with the next sample test. Next: Verify the setup again, then proceed with the next step in the experiment. Next: Verify the setup again. proceed with next experimental protocol. This ensures the workspace is clear and safe. Next: Wait for the next sample test. Next: Prepare for the next
|
| 38 |
+
[00:07.62] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop in the sample. Next: Dry the wire loop before dipping it into a new sample for the next flame test. Next: Prepare for the next sample by ensuring the workspace is clear of obstructions before proceeding. Next: Clean the wire Remove from the flame. Connection to the sample. Connection to learning goal: Emphasizes the automation control test. Next: the next test is task area to avoid contamination. Next: Make sure
|
| 39 |
+
[00:09.96] . This ensures that the flame test provides accurate data for each new sample. Connection to learning goal: Proper cleaning prevents cross-contamination, offering precise results when identifying metal ions. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the loop before dipping it in a new sample for the next flame test. Next sample using the wire loop for testing. Next sample or heating. Next: Dry the loop before dipping it into a new sample for the flame test. Next: heating phase in the flame. Next: Prepare for the next sample. Next: heating and loop to the flame. Next: dip it
|
| 40 |
+
[00:12.26] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the wire loop into a new sample for the next flame test. Next: Dry the loop before dipping it into a new sample for testing. Next: Heat the sample and prepare for the next sample. Next: Remove wire loop energy and ensure consistent flame test results. Next: cleaning solution to coat it with a new sample for further flame tests. Next: dip it into the next sample
|
| 41 |
+
[00:14.56] . This ensures accuracy and reliability. Connection to learning goal: Proper cleaning is crucial for safety and accuracy in identifying metal ions by flame color. Next: Remove the loop, dry it, and prepare to dip into the next sample for testing. Next: Understanding the color change between different samples. This allows for precise element identification. Next: Move to the burner for testing sample collection. Next: for the next flame test. Next: Remove wire loop into the flame to collect a new sample. Next: for analysis or maintenance of the flame color for analysis. Next: ensure it's in the burner for further flame flame tests. Next: Clean
|
| 42 |
+
[00:16.89] . This ensures that it's ready for the next sequence without immediate hazards. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop for the next sample or procedure. Next: to avoid readings. Connection to learning goal: Emphasizes the importance of maintaining a secure environment for both humans and robots. Next: Confirm the workspace is clear and resume the flame test. Next: Confirm the presence of specific metal ions through their characteristic emission spectra. Next: Clean the wire for the next sample test.
|
| 43 |
+
[00:19.21] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test or task pickup or proceed with a focus on safety and human interaction. Next: Prepare for another flame test by picking up the wire loop. Next: Prepare for the next pickup loop in the solution. Next: Prepare for the next pickup. Next: safely resume the flame test by selecting the next experiment or proceed to coat it with a new sample. Next: Prepare for
|
| 44 |
+
|
| 45 |
+
=== Episode 3 ===
|
| 46 |
+
[00:00.67] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean and coat the wire loop for the next flame test. Next: Prepare for the next pickup. Next: Prepare for the next pickup from the last completed step. Next: safely resume the experiment. Connection to learning goal: Proper setup is for cleaning. Next: Prepare for the next pickup. Next: Prepare for the next experimental procedure. Next: Prepare for subsequent tests or analysis
|
| 47 |
+
[00:02.98] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before testing a new sample. Next: to proceed with the flame test. Next: Prepare for the next pickup or shutdown. Next: Prepare for the next pickup. Next: cleaning solution. Next: the wire loop before dipping it into a new sample. Next: Clean the wire loop before testing. Next: human presence and safety for the next flame test.
|
| 48 |
+
[00:05.31] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Prepare to clean the wire loop before dipping it in a new salt sample. Next: Dry the loop before dipping it in a new salt sample. Next: Remove wire loop from the flame. Next: Remove wire loop from the flame. Next: This ensures the flame test for the next flame test. Next: Remove wire identification. Next: dip it into a new sample. Next: Clean
|
| 49 |
+
[00:07.63] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Dry the loop before dipping it into a new sample for the flame test. Next: Remove wire loop from the flame. Next: Remove wire loop for the flame test. Next: Remove wire identification. Next: Remove wire identification. proceed with the next pickup. proceed to dip it into the next sample
|
| 50 |
+
[00:09.94] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the wire loop before dipping it into a new sample. Connection to learning goal: Proper sample collection is crucial for accurate flame test results. Next: Securely grasp the wire loop for reuse. Next: Ensure the workspace is clear of obstructions before proceeding to flame test. Next: sampling wire for accurate identification of metal ions. Next: ensure Proceed to dip the wire loop in the next
|
| 51 |
+
[00:12.25] . This ensures that it's ready for the next action without unexpected movements. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test or repeat the experiment. Next: Confirm all safety checks, and resume the experiment. Next: Prepare for heating. Next: Prepare for the next sample or procedure. Next: Clean the wire loop, then proceed to heat. Next: Clean the wire loop before testing. Connection to learning goal: Proper setup before resuming the next task. Next: Prepare for subsequent experiments
|
| 52 |
+
[00:14.56] . This ensures readiness for subsequent actions and maintains workflow integrity. Connection to learning goal: Understanding the importance of resetting systems after interruptions for efficient automation processes. Next: Prepare to clean and coat the wire loop for the next flame test. Next: Prepare for next test or task. Next: collect the wire loop. Next: the wire for accurate test results. Next: Prepare for the next sample pickup. Next: Prepare for the workspace for further experiments. Next: Verify the setup and proceed with the next step. Next: Prepare for heating. Next: Clean the wire loop, then proceed to coat it before proceeding to the next task.
|
| 53 |
+
[00:16.87] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the wire loop before dipping it into a new sample for the next test. Next: Prepare for the next sample by ensuring the workspace is clear of obstructions for consistent and reliable results. Next: Clean the wire before testing. Next: experiments. Next: Prepare for heating. Next: Clean the wire loop before testing. Next: Clean materials. Next: Prepare for the next sample test.
|
| 54 |
+
[00:19.20] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Prepare to clean the wire loop into a new sample for the next flame test. Next: Dry the loop before dipping it in a new salt sample. Next: dip it into a new sample for testing. Next: dip it into a new sample for testing. Next: dip it into the next sample. Next: dip it into a new sample for testing. Next: Clean the wire loop
|
| 55 |
+
[00:21.51] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Dry the wire loop into a new sample for the flame test. Next: Prepare for the next sample. Next: Remove wire loop and proceed to flame test. Next: dip it before dipping into the new sample. proceed to dip it into a new sample for testing. Next: ensure readiness for the
|
| 56 |
+
[00:23.82] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the wire loop before dipping it into a new sample. Connection to learning goal: Ensures the flame test that initial action and cleaning solution heating. Next: Dry the loop and prepare for the next sample. Next: Ensure the next sample for Learning goal: Move for maintaining identification of metal ions through the next sample. Next: Prepare for subsequent analyses. Connection to learning goal: Ensure the
|
| 57 |
+
[00:26.16] . This ensures that it's ready for the next action without unexpected movements. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for analysis or safety for subsequent tasks. Connection to learning goal: Recognizing the observed color helps in planning and resetting equipment. Next: Prepare for the next heating phase. Next: Prepare for the next sample test or cleaning. Next: Prepare for the next experimental setup. Next: Prepare for the next experimental setup. Next: Clean the wire loop before testing another salt sample. Next:
|
| 58 |
+
|
| 59 |
+
=== Episode 4 ===
|
| 60 |
+
[00:00.67] . This ensures readiness for subsequent actions and maintains workflow integrity. Connection to learning goal: Understanding the importance of resetting systems after interruptions for efficient automation processes. Next: Prepare to repeat the flame test process with a focus on consistency and maintains a safe workspace. Next: Prepare for the next sample or procedure. Connection to learning goal: burner and safety protocols. Next: samples for reliable experimental results. Next: Make sure safety protocols and resume when the experiment. Connection to learning goal: Clean materials are essential for safe and safe operation. Next: Make sure readiness for the next task resets to resume. Connection to learning goal: Reinforces the
|
| 61 |
+
[00:02.98] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before testing another salt sample. Next: Prepare for the next pickup. Next: Prepare for the next pickup. Next: Remove wire loop for the next sample. Next: Make sure readiness for the flame test and resetting. Next: Prepare for further experiments. Next: Prepare for the next experimental procedure, ensuring all materials are ready. Connection to learning goal:
|
| 62 |
+
[00:05.30] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the wire loop before dipping it into a new sample for the next flame test. Next: samples a sample for consistent experimental results. Next: to dip the wire loop in a new sample to coat the next experimental to flame. Next: Clean the wire loop before dipping it into a new sample. Next: Clean the sample for the next flame test. proceed with heating. This step helps
|
| 63 |
+
[00:07.62] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Dry the loop before dipping it into a new sample. Next: Clean materials are ready for the next sample by ensuring the wire loop is clear before resuming the flame test. Next: Clean materials to the spectroscopy. Next: Clean the wire for the next test. Next: coat it with a new
|
| 64 |
+
[00:09.94] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the wire loop before dipping it into a new sample for the next test. Next: Dry the loop before dipping it into a new sample for the flame test. Next: Allow the loop and the intended sample. Next: Remove wire loop to the flame. Next: coat it with a new sample. Next: Reevaluate the sample for the next test. Next: coat it with a
|
| 65 |
+
[00:12.34] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Prepare to clean the wire loop into a new sample from the dish. Next: Prepare for next sample for testing. Next: Prepare for the next sample to avoid contamination. Next: wire and reset after flame color, then proceed to dip it into the next sample for testing. Next: heating. Next: Remove wire loop to flame results. Next: Prepare for sample identification. Next: Record
|
| 66 |
+
[00:14.65] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dip the clean wire loop into a new sample for testing. Next: Prepare to loop for the next sample test. Next: repeat the loop in a new salt sample. Next: Move to the next sample for testing. Next: salt's electron before. Next: Record observed color to known spectra to determine the composition. Next: Record the observed color. Next: Record the observed color and compare with known spectra for analysis. Next the testing with known standards for
|
| 67 |
+
[00:16.98] The consistency of sample collection is crucial for reliable results. Connection to learning goal: Precise sample collection impacts the accuracy of the flame test and the visibility of emission spectra. Next: Move the loop to the flame to observe the color changes. Next: Move to the flame to observe the color change. Next: Move to the flame. Next: ensuring human hand and resetting with a new sample for analysis. Next: Ensure the workspace is clear before resuming the flame test. Next: Ensure the workspace is clear of obstructions to heat the sample. Next: Allow wire loop and proceed to dip it into the next sample. Next: Record
|
| 68 |
+
[00:19.30] The consistency of sample collection is crucial for reliable results. Connection to learning goal: Precise sample collection impacts the accuracy of the flame test and the visibility of emission spectra. Next: Move the loop to the flame to observe the color changes. Next: Document observed colors and compare with known standards to identify the metal ion. Next: Secure the sample for testing. Next: Confirm the setup of the flame and clear the workspace. Next: Prepare to continue with the flame to observe the flame to the flame to observe the flame to observe the flame to prevent contamination. Next: Prepare to clean the wire for the next sample. Next: Clean the
|
| 69 |
+
[00:21.63] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dip the clean wire loop into a new sample for testing. Next: to loop into the sample for testing. Next clean wire color for repeat a previous sample. Next: Record the sample for testing. Next: Record observed flame colors and prepare for flame exposure. Next: Document observations and prepare for flame exposure. Next: Reevaluate the experimental setup before testing a new sample. Next: Clean the wire for the next sample for testing. Next: Clean the loop
|
| 70 |
+
[00:23.93] . This helps identify the metal ion present based on characteristic flame colors. Connection to learning goal: Different elements emit specific colors when heated, which can be used for qualitative analysis. Next: Record observed color and compare with known spectra for identification. Next: Record the observed color and compare with known spectra. Next: Record the flame color. Next: Confirm spectroscopy. Next: Confirm the presence of specific metal ions. Next clean, and proceed to dip the wire in a new salt sample. Connection to learning goal: Consistent in flame to clean, leading to reliable data. Next: Clean the wire for the next test. Next: Record observed color
|
| 71 |
+
[00:26.24] . This helps identify the metal ion present based on characteristic flame colors. Connection to learning goal: Different elements emit specific colors when heated, which can be used for qualitative analysis. Next: Record observed color and compare with known spectra for identification. Next: Record the observed color and compare with known spectra. Next: Record the flame color. Next: Record the flame color. Next: Record the flame color and compare it with known spectra. Next: Record the flame color. Next: Record the flame color for analysis. Next: Record the observed color and compare with known spectra for identification. Next: Record the flame color and compare with known spectra
|
| 72 |
+
[00:28.55] . This helps identify the metal ion present based on characteristic flame colors. Connection to learning goal: Different elements emit specific colors when heated, which can be used for qualitative analysis. Next: Record observed color and compare with known spectra for identification. Next: Record observations and prepare for the next sample or shut down. Next: energy levels and electron transitions and colors. Connection to learning goal: Emphasizes safety and resetting. Next: Clean the wire loop before testing a new sample. Connection to learning goal: Recognizing specific colors when heated, helping identify the element. Next: Clean the wire loop before testing. Next: Record observed colors and compare
|
| 73 |
+
[00:30.87] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dry the wire loop before using it with a new sample. Next: Heat the sample from the dish. Next: Prepare for next sample for the next flame test. Next: Move the loop to the flame to observe the color change. Next: Prepare for flame color as they are. This step without contamination. Connection to learning goal: Recognizing and prepare for resetting materials. Next: Prepare for another sample test sample for testing. Next: for the loop.
|
| 74 |
+
[00:33.19] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is essential to avoid contamination and ensure reliable test outcomes. Next: Dry the loop, then proceed to dip it into the next sample. Next: Prepare to next samples, leading to salt. Connection to the sample for cleaning in flame tests. Next: to clean the wire loop into a new sample for the next flame test. Next: Prepare for the next sample to heat the next sample into the next experimental. Next: heating the flame test. Next: Remove wire loop to the flame. Next: Prepare for the next sample. Next
|
| 75 |
+
[00:35.52] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the wire loop before dipping it into a new sample. Next: Dry the wire loop for the flame test. Next: Remove wire loop is clear and proceed to dip it into a new sample for testing. Next: coat the sample for testing. Next: heating. Next: heating and re-coat. Next: Prepare the sample for further experiments. Next: dip it into the next
|
| 76 |
+
[00:37.83] . This ensures that it's ready for the next action without unexpected movements. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before testing a new sample. Connection to learning goal: Consistent heating improves accuracy in the next flame test. Next: collect a new sample for testing. Next: Prepare for the next sample test sample is clear. Connection to learning goal: Recognizing and reset materials for further experiments. Next: Prepare for subsequent analyses or reset by ensuring the workspace is clear. Next:
|
| 77 |
+
[00:40.14] . This ensures that it's ready for the next action without unexpected movements. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test. Next: sample handling remove. Next: Confirm all safety protocols are clear. Next: Prepare for the next pickup before initiating new samples. Next: Prepare for another test or proceed with a new sample. Next: Clean the wire loop before testing. Connection to learning goal: Consistent sample collection for testing and resetting. Next: Prepare for the next heating phase. Next
|
| 78 |
+
|
| 79 |
+
=== Episode 5 ===
|
| 80 |
+
[00:00.69] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test or shutdown if all materials are clear. Next: Prepare for the next flame test. Next: Prepare for the next pickup. Next: Make sure workspace is clear, and prepare for the next pickup. Next: Prepare for the next pickup. Next: safely resume the flame test by selecting the next experiment or proceed with the next experimental. Next: This allows for safe human
|
| 81 |
+
[00:03.01] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean and coat the wire loop for the next flame test. Next: Prepare for the next flame test. Next: Prepare for the next experimental protocol. Next: Prepare for the next experimental protocol. Next: Remove wire loop for accurate identification of flame color and proceed with the flame test. Next: Prepare for the next flame exposure. Next: Prepare for the next element. Next:
|
| 82 |
+
[00:05.33] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop for the next flame test. Next: to proceed with the flame test. Next: Prepare for the next experimental step. Next: the next repeat. Next: salt the next repeat the flame test. Next: for analysis of the flame test, atomic structure and elements. Connection to learning goal: Consistent starting positions enhances understanding of and intensity and safety protocols in laboratory
|
| 83 |
+
[00:07.65] . This ensures that the next test is not contaminated, providing accurate results. Connection to learning goal: Proper cleaning is crucial to avoid false readings in analytical experiments. Next: After cleaning, proceed to test another sample by coating the wire loop. Next: salt sample wire and resume flame tests. Next: salt's loop to observe the color change. Next: dip it into the salt sample for the flame test. Next: Prepare for the next sample. Next: Prepare for the next sample. Next: heating it with a new sample test results. Next: dip it into the salt to pick up a new sample. Next: dip it into
|
| 84 |
+
[00:09.99] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the loop before dipping it into a new sample. Next: Dry the wire loop before dipping it into a new sample for the next flame test. Next: Remove wire loop for the next test. Next: Remove wire loop for the next test. Next: might as- no confirm resuming the wire loop in a new salt sample. Next: ensure all materials are set up correctly for
|
| 85 |
+
[00:12.32] . This ensures that it's safe and safe flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is critical for obtaining accurate and reliable data in flame tests. Next: Secure sample and prepare for heating. Next: Dry the wire loop before dipping it into a new sample. Connection to learning goal: Ensures the flame test for the next flame test. Next: ensuring human hand to avoid the flame. Next: Prepare for the next sample a the necessary amount for metal salt. Next: Prepare for the next sample results, ensuring the right amount of sample for sample emission spectra. Next: Reevaluate the
|
| 86 |
+
[00:14.63] . This ensures that it's ready for the next action without unexpected movements. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for analysis or safety for the next sample or procedure. Connection to learning goal: Clean the wire loop safety protocols and prepare for the next flame test. Next: Prepare for the next sample or shutdown. Next: Prepare for the next sample test or procedure. Next: Prepare for the next experimental or repeatability and safe sample. Next: Clean the wire for the next sample. Next:
|
| 87 |
+
|
| 88 |
+
=== Episode 6 ===
|
| 89 |
+
[00:00.68] . This ensures readiness for subsequent actions and maintains workflow integrity. Connection to learning goal: Understanding the importance of programmed safety protocols and system resets in automated environments. Next: Prepare to resume the flame test by ensuring all materials are in place. Next: Prepare for next test or task pickup once the area is clear and safe. Next: Confirm readiness for the next operation or repeat the experiment. Next: resume the experiment. Next: the next step of the experiment. without obstructions to remove from the wire loop for analysis. Thiscrapers. Ensure workspace is clear, then proceed with the next step. Connection to learning goal: Reinforces the importance
|
| 90 |
+
[00:03.00] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before testing another salt sample. Next: Prepare for the next flame test. Next: Prepare for the next pickup. Next: Prepare for the next sequence before proceed with the next flame test. Next: Remove wire loop before proceeding. Next: Make sure to their, repeat the flame test. Proper sample handling is crucial for consistent results. Next: Prepare for the
|
| 91 |
+
[00:05.31] . This ensures that the flame test provides accurate data for each new sample, Connection to learning goal: Proper cleaning is crucial for obtaining accurate results in identifying metal ions by their flame colors. Next: Heat the cleaned loop before collecting a new sample. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: samples is clear and safe handling. proceed to dip it into the next sample. Next: for the next test. Next: Re-evaluate the observed cleaning solution. Next: Clean the wire loop before dipping it in a new salt sample. Next: Clean the wire loop before dipping it in a
|
| 92 |
+
[00:07.62] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Dry the loop before dipping it into a new sample. Next: Clean the wire loop before testing a new sample. Next: Clean materials, then proceed to flame test results. Next: Reevaluate the experimental setup is clear and safe. Next: coat it with a new sample. Next: Clean the
|
| 93 |
+
[00:09.94] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the wire loop before dipping it into a new sample for the next flame test. Next: Heat the cleaned loop in the flame to standard flame color for testing. Next: Allow it sample from the next experimental. This ensures that the flame test. Next: Remove wire loop from the flame. Next: heating. Next: Remove wire for the flame test. Next: Record observed colors and
|
| 94 |
+
[00:12.25] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dip the clean wire loop into a new sample for testing. Next: Prepare for next sample for further tests, then proceed to the next sample. Next: for cleaning, Precise sample collection is crucial for consistent results in flame tests. Next: for the flame color of observed flame color and ensuring accurate results. Next: for example, sodium yields yellow, then proceed to dip the wire in a new salt sample. Next: for example, cleaned the workspace is
|
| 95 |
+
[00:14.59] The consistency of sample collection is crucial for reliable results. Connection to learning goal: Precise sample collection impacts the accuracy of the flame test and the visibility of emission spectra. Next: Move the loop to the flame to observe the color changes. Next: Move the flame to the flame for testing. Next: Ensure the workspace is clear of obstructions before initiating the next sample. Next: Ensure the workspace is clear of human presence and human presence of the next sample. Next: Ensure the workspace is clear before resuming the flame test. Next: Clean the wire loop in the flame to the flame to the flame. Next: Clean the wire for
|
| 96 |
+
[00:16.90] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dip the clean wire loop into a new sample for testing. Next: in the flame test. Next: heating loop into a new metal salt. Next: Record the observed color and compare with known spectra for identification. Next: heating up the sample. Next: for analysis of the sample for the flame test. Next: change or reset for the next flame exposure. Next: for the flame color, then proceed to dip it into the next sample for analysis.
|
| 97 |
+
[00:19.24] . This helps identify the metal ion present based on characteristic flame colors. Connection to learning goal: Different elements emit specific colors when heated, which can be used for qualitative analysis. Next: Record observed color and compare with known spectra for identification. Next: Record the observed color and compare with known spectra. Next: burner for testing. Next: Record the flame color. Next: Record the flame color for analysis. Next: Record the flame color observed when heated. Next: Record the flame color observed for the flame. Next: Record the flame color and compare with known spectra to identify the metal ion. Next: Clean the sample for the flame
|
| 98 |
+
[00:21.55] . This helps identify the metal ion present based on characteristic flame colors. Connection to learning goal: Different elements emit specific colors when heated, which can be used for qualitative analysis. Next: Record observed color and compare with known spectra for identification. Next: Record observations and compare with known spectra for identification. Next: Record observations and compare findings. Next: Record observations and analyze results. Next: Securely grasp the salt to pick up the wire loop in a new salt sample. Next: Reinforces the reliability of the flame color. Next: Clean the wire loop before testing. Next: Clean the loop before testing. Next: Clean the sample
|
| 99 |
+
[00:23.88] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dry the wire loop before using it with a new sample. Next: Heat the sample from the dish. Next: Each sample will emit the flame. Next: to clean the wire for the next sample for the flame test. Next: Prepare for the next sample. Next: heating. This could as they emit specific metal ions through flame tests. Connection to learning goal: Recognizing the observed colors to heat the sample. Next: for example, sodium's next:
|
| 100 |
+
[00:26.19] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Prepare to the the loop before the flame test. Next: a sample collection of flame color as needed. Next: Prepare to clean or use a fresh sample collection. Next: Prepare for the next sample to avoid the flame color. Next: wire with a new sample for testing. Next: Prepare the workspace is clear before proceeding to next. Next: Prepare for the next sample for testing.
|
| 101 |
+
[00:28.51] . This ensures that the next test is not contaminated, providing accurate results. Connection to learning goal: Proper cleaning is crucial to avoid false readings in analytical experiments. Next: After cleaning, proceed to test another sample by repeating the heating process. Next: Prepare for the next sample or next test. Next step of the flame test. Next: Remove the sample from the flame and move to the flame. Next: heating. This could for the loop and sample. Next: heating. Next: carnivores to cleaning solution to clean the wire before proceeding to the next sample. Next: heating. Next: dip it into a new sample for testing.
|
| 102 |
+
[00:30.83] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the wire loop before dipping it into a new sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data. Next: Securely grasp the wire loop for the next test. Next: Secure the sample and prepare for the next sample. Next: coat the sample for the flame test. Next: Prepare for the next sample. Next: Remove wire loop and prepare
|
| 103 |
+
[00:33.14] . This ensures that it's ready for the next action without unexpected movements. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before cross-contamination. Connection to learning goal: Proper handling of equipment is next sample. Next: Prepare for analysis or switch to a new sample. Next: Prepare for the next pickup or standby position. Next: Clean the wire loop before testing another cycle. Next: Clean the wire loop in the next experimental procedure. Next: Clean the wire loop in the
|
| 104 |
+
[00:35.46] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test. Next: Prepare for the next experimental or repeat the current with known standards for the analysis. Connection to learning goal: aiding in the experimental results. Next: Prepare for subsequent tasks, then proceed with the next sample. Connection to learning goal: Consistent starting positions for the next flame test. Next: Prepare for the next sample. Next: Prepare for the next flame exposure
|
| 105 |
+
|
| 106 |
+
=== Episode 7 ===
|
| 107 |
+
[00:00.68] to its initial position to safely resume tasks. Connection to learning goal: Understanding the importance of resetting and verifying system status enhances safety and precision in automated processes. Next: Ready the robot for a new sample test or repeat a previous one. Next: Review the sample and prepare for the next sample test or task pickup. Next: Verify the setup for a new sample for the next flame test. Next: Verify the metal ion identification. Next: Verify the setup and proceed with the next experiment. Next: Prepare for the next sample test. Next: Verify the setup again, then proceed with the next task. Next: Prepare for another flame
|
| 108 |
+
[00:03.00] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to repeat the flame test if necessary. Connection to learning goal: burner for consistent and reliable data collection. Next: Verify the workspace is clear and resume the flame test by ensuring all safety protocols are followed. Next: Clean the wire loop and prepare for standby for the next task. Next: Prepare for the next test or task command. Next: Prepare for subsequent tests. Next: Prepare
|
| 109 |
+
[00:05.33] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before testing a new sample. Next: to proceed with the wire loop for accurate identification of metal ions through flame tests. Next: Prepare for next test or task pickup and prepare for the next flame test. Next: Make sure clear prevents color change and proceed with the next step. Next: cleaning solution. Next: the next: Ensure before testing. Connection to
|
| 110 |
+
[00:07.66] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Prepare to dip the wire loop into a new sample for the next flame test. Next: Dry the loop before dipping it in a new salt sample. Next: Clean materials are crucial for avoiding cross-contamination. Next: Clean materials. Next: Remove wire loop for the next sample. Next: dip it into the salt sample for the flame test. Next: Remove wire loop. Next:
|
| 111 |
+
[00:09.98] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Dry the loop, then proceed to dip it into a new sample for testing. Next: coat it with a new sample without flame colors. Next: This step ensures the sample for the flame test. Next: Remove wire loop and prepare for the flame test. Next: ensure the loop is clear of
|
| 112 |
+
[00:12.30] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dry the wire loop before using it with a new sample. Next: human presence and readiness for the next sample or sample. Connection to learning goal: Understanding the emission spectrum for the flame test. Next: Recognizing the metal ions by their flame colors. Next: Prepare the sample and prepare for testing. Next: ions or proceed to the next sample. Next: Prepare to clean the wire for the next sample. Next: for the next observing. tests, which
|
| 113 |
+
[00:14.61] . This ensures that the next test is not contaminated, providing accurate results. Connection to learning goal: Proper cleaning is crucial to avoid false positives in analytical experiments. Next: After cleaning, proceed to test another sample by repeating the heating process. Next: Prepare to clean the wire loop for the next sample. Next: heating and ready to continue. Next: heating or new sample to the workspace. Next: heating for the next flame test. Next: Prepare for the next sample or repeat the flame test. Next: heating. Next: heating and automation. Next: Prepare for further experiments flame color, ensuring clear results. Connection to learning goal
|
| 114 |
+
[00:16.93] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before testing in the next test or task by ensuring the workspace is clear. Next: Prepare for the next pickup or shutdown. Connection to learning goal: Consistent with known standards of energy levels and clear workspace. Next: Prepare for the next task or adjust settings for the next sample. Next: Prepare for the next sample test or clean. Next: Clean the wire
|
| 115 |
+
[00:19.25] to its start position. This ensures readiness for subsequent actions and maintains workflow integrity. Connection to learning goal: Understanding recovery protocols ensures minimal disruption and maintains safety in automated processes. Next: Prepare to repeat the flame test or proceed with additional samples. Next: Prepare for next test or repeat the flame test. Next: Prepare for future sequence and proceed with the next experimental task. Next: sample experimental setup. Next: resume the experiment. Next: Prepare for future tasks, ensuring all materials are ready and resume. Next: Prepare for the next pickup if necessary, and proceed with picking up the next salt sample. Next: Prepare for the next pickup
|
| 116 |
+
|
| 117 |
+
=== Episode 8 ===
|
| 118 |
+
[00:00.69] . This ensures readiness for subsequent actions and maintains workflow integrity. Connection to learning goal: Understanding the importance of programmed safety protocols and system resets in automated environments. Next: Prepare to resume the flame test by ensuring all materials are in place. Next: Prepare for next test or task pickup once the area is clear and safe. Next: Confirm workspace is clear, then proceed to next task setup. This step removes any residual substances. Next: Clean the wire loop before testing. Next: Prepare for the next experiment or task pickup. Next: samples data standards. Next: the characteristic color when a new sample Rein task execution. Connection to learning
|
| 119 |
+
[00:03.00] . This ensures that subsequent tests are uncontaminated and results are accurate. Connection to learning goal: Proper cleaning is crucial for reliable identification of metal ions through flame colors. Next: Proceed to dip the cleaned loop in the next salt sample. Next: Dry the loop before dipping it into a new sample and prepare for the next flame test. Next: Clean the wire loop before testing with a new sample for testing. Next: Prepare for the next experimental procedure. Next: the flame test, which identifies the next experimental protocol. Next: Clean the wire loop before testing. Next: Prepare for the next experimental results when to do so. Next
|
| 120 |
+
[00:05.32] . This ensures that the flame test provides accurate data for each new sample. Connection to learning goal: Proper cleaning prevents cross-contamination, offering precise results when identifying metal ions. Next: Proceed to dip the wire loop into the sample for testing. Next: salt's flame color observed the observed by flame color. Next: Prepare for the next sample for analysis. Next: Prepare for the next sample for testing and charts. Next: coat the wire loop for further experiments. Next: are proceeding with the next sample. Next: Remove wire loop to the flame. Next: dip it into a new sample for testing. Next: dip it
|
| 121 |
+
[00:07.65] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Prepare to clean the wire loop before next test. Next: Prepare for the next sample by coat it with a new sample for testing. Next: Reevaluate the cleaned loop in the flame. Next: Remove wire loop to the flame. Next: heating and ensuring accurate test results. Next: Remove wire loop to the flame. Next: Remove wire loop from the flame. Next: Remove wire
|
| 122 |
+
[00:09.96] . This ensures that no contaminants affect the results of future flame tests. Connection to learning goal: Essential for ensuring precision in identifying metal ions through flame color. Next: Proceed to dip the clean wire loop into a new sample for testing. Next: Prepare for next sample for testing and analysis. Next: Ensure the workspace is clear before resuming the experiment. Next: Heat new sample for the next flame test. Next: Prepare for next flame exposure to clean up, then proceed to dip it into the next sample. Next: metal ions from the flame. Next: Clean the wire loop before selecting a new sample. Next: Clean the
|
| 123 |
+
[00:12.27] The consistency of sample collection is crucial for reliable results. Connection to learning goal: Precise sample collection impacts the accuracy of the flame test and the visibility of emission spectra. Next: Move the loop to the flame to observe the color changes. Next: Lift the wire loop and move to the flame. Next: Dry the wire loop into the flame to collect a sample. Next: Clean the wire loop in the flame to prevent contamination. Next: Lift the flame to flame colors, then proceed to dip it into a new sample. Next: Clean the wire loop in the flame to prevent contamination. Next: ensure human hand is clear, and
|
| 124 |
+
[00:14.60] The consistency of sample collection is crucial for reliable results. Connection to learning goal: Precise sample collection impacts the accuracy of the flame test and the visibility of emission spectra. Next: Move the loop to the flame to observe the color changes. Next: Securely grasp the wire loop for testing. Next: Prepare to dip the wire loop into a new sample for testing. Next: Prepare for the next sample for testing. Next: Prepare for the next sample test sample sample corresponds to heat during the flame test. This ensures the flame color and the visibility of emission spectra. Next: Clean the wire loop before testing. Next: Record observed flame
|
| 125 |
+
[00:16.92] . Connection to learning goal: Identifies elements based on their emission spectra. For example, sodium produces a bright yellow, while copper results in a green flame. Next: Record observed colors and compare them to known reference spectra for element identification. Next: Document observations and prepare for the next sample or test. Next: Securely grasp the wire loop for the next sample. Next: Secure the sample for the flame. Next: Reevaluate the setup when heating. Next: Clean the wire loop in the solution. Next: Clean the wire loop in the sample. Next: Clean the wire loop in the solution. Next: Clean the wire loop
|
| 126 |
+
[00:19.25] . This ensures that the next test is not contaminated, providing accurate results. Connection to learning goal: Proper cleaning is crucial to avoid false positives in analytical experiments. Next: After cleaning, proceed to test another sample by repeating the heating process. Next: Verify all safety protocols. Connection to learning goal: Proper sample handling is automated and safe. Next: Prepare for the next sample or repeat the flame test and prepare for heating. Next: Prepare for cleaning or maintenance check. Next: Prepare for task cleaning or maintenance of the flame test. Next: Prepare for the next sample by ensuring the workspace is clear of obstructions before proceeding. Next: Clean
|
| 127 |
+
[00:21.56] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for analysis or proceed with the flame test by ensuring the workspace is clear. Next: Prepare for the next pickup. Next: Prepare for the next sample or procedure. Next: Prepare for the next experimental procedure or task. Next: Record results are not contaminated. Connection to learning goal: Final observations flame, and as they relate to atomic emission colors. Next: Clean the wire loop before
|
| 128 |
+
|
| 129 |
+
=== Episode 9 ===
|
| 130 |
+
[00:00.67] . This ensures readiness for subsequent actions and maintains workflow integrity. Connection to learning goal: Understanding the importance of programmed safety protocols and system resets in automated environments. Next: Prepare to resume the flame test by ensuring all materials are in place. Next: Prepare for next test or task pickup once the area is clear and safe. Next: Confirm readiness for the next experimental protocol. Next: ensuring workspace is clear and resume the experiment. Next: Prepare for further experiments. Next: Prepare for the next flame test or procedure. Next: Prepare for the next experimental procedure. Next: Prepare for the next experimental setup. Next: Prepare for the experiment
|
| 131 |
+
[00:02.99] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare to clean the wire loop before testing a new sample. Next: to proceed with the flame test. Next: Prepare for the next experimental step. Next: Prepare for the next pickup or intervention. Next: Prepare for the next flame test. Next: human presence and safety or safely by their emission spectra help maintain a safe environment. Connection to learning goal: Proper handling of equipment handling is
|
| 132 |
+
[00:05.32] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the loop before dipping it into a new sample for the next test. Next: Dry the loop before dipping it into a new sample for the flame test. Next: Clean materials. Next: Remove wire loop from the flame. Next: coat it with a new sample to prevent contamination. Next: dip it into the next flame test. Next: Clean the wire for the next sample.
|
| 133 |
+
[00:07.63] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Dry the loop before dipping it into a new sample for the flame test. Next: Remove wire loop from the flame before dipping it into a new sample. Next: heating the sample. Next: heating the flame test. Next: Remove wire loop and prepare for the flame test. Next: Clean the
|
| 134 |
+
[00:09.94] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is essential to avoid contamination and ensure reliable test outcomes. Next: Dry the loop, then proceed to dip it into the next sample. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Secure the sample for the flame test. Next: Secure the sample for the next flame test. Next: heating. Next: heating the sample used tests the results of the flame test. residue. Thisphalt. Next: coat the wire loop for testing. Next: dip it into a new sample.
|
| 135 |
+
[00:12.27] . This ensures that the next test is not contaminated, providing accurate results. Connection to learning goal: Proper cleaning is crucial to avoid false readings in analytical experiments. Next: After cleaning, proceed to test another sample by repeating the heating process. Next: Prepare for the next sample or next test if applicable. Next: human-robot interaction and Identifying the ion identification. Next: salt's loop to clean the wire loop before testing. Next: ensuring Dry the wire loop before dipping it into a new sample. Next: ensuring human presence. Next: ensuring human interaction and cleaning solution to flame color as they's characteristic flame color. Next: ensure
|
| 136 |
+
[00:14.59] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Dry the loop before dipping it in a new salt sample. Next: Clean materials are crucial for avoiding cross-contamination. Next: Clean materials. Next: Remove wire loop from the flame. proceed to dip it into a new sample for testing. Next: Reevaluate the sample for the next sample.
|
| 137 |
+
[00:16.90] ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample for testing. Next: Dry the loop before dipping it into a new sample for the next flame test. Next: Dry the loop before dipping it into a new sample for the flame test. Next: Remove wire loop from the flame before proceeding to the next sample. Next: coat it with a new sample for testing. Next: coat the wire loop. Next: dip it into a new sample for testing. Next
|
| 138 |
+
[00:19.23] . This ensures that the flame color observed is due solely to the intended sample. Connection to learning goal: Proper cleaning is crucial for obtaining accurate and reliable data in flame tests. Next: Proceed to dip the wire loop into the sample. Next: Dry the wire loop before dipping it into a new sample. Connection to learning goal: Ensures the workspace is ready for the next sample. Next: Secure the sample for the next flame test. Next: Ensure the workspace is clear of obstructions before proceeding to testing. Next: coat the wire loop. Next: Prepare for the next sample. proceed with heating. This ensures the flame test and
|
| 139 |
+
[00:21.55] . This ensures that it's ready for the next action without unexpected movements. Connection to learning goal: Reinforces the importance of programmed safety protocols and system checks after interruptions. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test or procedure. Connection to learning goal: Proper sample handling is crucial for consistent flame colors. Next: Prepare for the next sample test or if the next experimental setup. Next: Prepare for the next sample experimental. Next: Verify the workspace is clear and resume the experiment. Next: Prepare for the next pickup test. Next: Clean the wire loop before testing another sample test
|
| 140 |
+
[00:23.87] . This ensures that it's ready for the next sequence without obstructions. Connection to learning goal: Reinforces the importance of resetting systems after interruptions for safety and accuracy. Next: Prepare to repeat the flame test process with a new sample. Next: Prepare for next test or procedure. Next: Prepare for the next pickup. Next: Prepare for the next pickup with a new sample. Next: Verify the workspace is clear and resume the flame test. Next: Clean the wire loop before testing. Connection to learning goal: Proper setup before safety protocols and safety of equipment. Next: Prepare for another test or task. observe the flame color when
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| 2 |
+
oid sha256:fa06a167d05b58c12387ca450aff40339e865ca059e153e0af978466da0c299d
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size 22523660
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videos/observation.images.camera2/chunk-000/file-000.mp4
ADDED
|
@@ -0,0 +1,3 @@
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|
|
|
|
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| 1 |
+
version https://git-lfs.github.com/spec/v1
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| 2 |
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oid sha256:1fa4a0ab565f96726fa6f33207a32f06a58575743a7c0217229fcead6e2ba1dc
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| 3 |
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size 57820018
|