qid int64 1 9.98k | perm stringclasses 4
values | dataset stringclasses 4
values | image imagewidth (px) 45 2.52k | question stringlengths 36 1.18k | answer stringclasses 11
values |
|---|---|---|---|---|---|
26 | type1 | mathverse | As shown in the figure, Xiaodong uses a bamboo pole with a length of 3.2 as a measuring tool, the height of the flagpole is ().
Choices:
A: 8.8
B: 10
C: 12
D: 14 | C | |
26 | type2 | mathverse | As shown in the figure, Xiaodong uses a bamboo pole with a length of 3.2 as a measuring tool, the height of the flagpole is ().
Choices:
C: 12
D: 14
A: 8.8
B: 10 | C | |
26 | type3 | mathverse | As shown in the figure, Xiaodong uses a bamboo pole with a length of 3.2 as a measuring tool, the height of the flagpole is ().
Choices:
B: 10
A: 8.8
D: 14
C: 12 | C | |
26 | type4 | mathverse | As shown in the figure, Xiaodong uses a bamboo pole with a length of 3.2 as a measuring tool, the height of the flagpole is ().
Choices:
D: 14
C: 12
A: 8.8
B: 10 | C | |
27 | type1 | mathverse | As shown in the figure, the plant spacing (the horizontal distance between two adjacent trees) is required to be 4.0. If trees are planted on a hillside with a slope of 0.75, and the plant spacing is also required to be 4.0, then the slope distance between two adjacent trees is ()
Choices:
A: 5m
B: 6m
C: 7m
D: 8m | A | |
27 | type2 | mathverse | As shown in the figure, the plant spacing (the horizontal distance between two adjacent trees) is required to be 4.0. If trees are planted on a hillside with a slope of 0.75, and the plant spacing is also required to be 4.0, then the slope distance between two adjacent trees is ()
Choices:
C: 7m
D: 8m
A: 5m
B: 6m | A | |
27 | type3 | mathverse | As shown in the figure, the plant spacing (the horizontal distance between two adjacent trees) is required to be 4.0. If trees are planted on a hillside with a slope of 0.75, and the plant spacing is also required to be 4.0, then the slope distance between two adjacent trees is ()
Choices:
B: 6m
A: 5m
D: 8m
C: 7m | A | |
27 | type4 | mathverse | As shown in the figure, the plant spacing (the horizontal distance between two adjacent trees) is required to be 4.0. If trees are planted on a hillside with a slope of 0.75, and the plant spacing is also required to be 4.0, then the slope distance between two adjacent trees is ()
Choices:
D: 8m
C: 7m
A: 5m
B: 6m | A | |
28 | type1 | mathverse | As shown in the figure, when the length of CD is the largest, the size of angle CAB is ()
Choices:
A: 75°
B: 45°
C: 30°
D: 15° | B | |
28 | type2 | mathverse | As shown in the figure, when the length of CD is the largest, the size of angle CAB is ()
Choices:
C: 30°
D: 15°
A: 75°
B: 45° | B | |
28 | type3 | mathverse | As shown in the figure, when the length of CD is the largest, the size of angle CAB is ()
Choices:
B: 45°
A: 75°
D: 15°
C: 30° | B | |
28 | type4 | mathverse | As shown in the figure, when the length of CD is the largest, the size of angle CAB is ()
Choices:
D: 15°
C: 30°
A: 75°
B: 45° | B | |
29 | type1 | mathverse | As shown in the figure, If angle A = 50.0, then angle D = ()
Choices:
A: 120°
B: 130°
C: 115°
D: 110° | C | |
29 | type2 | mathverse | As shown in the figure, If angle A = 50.0, then angle D = ()
Choices:
C: 115°
D: 110°
A: 120°
B: 130° | C | |
29 | type3 | mathverse | As shown in the figure, If angle A = 50.0, then angle D = ()
Choices:
B: 130°
A: 120°
D: 110°
C: 115° | C | |
29 | type4 | mathverse | As shown in the figure, If angle A = 50.0, then angle D = ()
Choices:
D: 110°
C: 115°
A: 120°
B: 130° | C | |
30 | type1 | mathverse | As shown in the figure, then the size of angle AOB is ()
Choices:
A: 40°
B: 50°
C: 60°
D: 70° | C | |
30 | type2 | mathverse | As shown in the figure, then the size of angle AOB is ()
Choices:
C: 60°
D: 70°
A: 40°
B: 50° | C | |
30 | type3 | mathverse | As shown in the figure, then the size of angle AOB is ()
Choices:
B: 50°
A: 40°
D: 70°
C: 60° | C | |
30 | type4 | mathverse | As shown in the figure, then the size of angle AOB is ()
Choices:
D: 70°
C: 60°
A: 40°
B: 50° | C | |
31 | type1 | mathverse | As shown in the figure, angle 2 = 65.0, then the degree of angle 1 is ()
Choices:
A: 65°
B: 25°
C: 35°
D: 45° | B | |
31 | type2 | mathverse | As shown in the figure, angle 2 = 65.0, then the degree of angle 1 is ()
Choices:
C: 35°
D: 45°
A: 65°
B: 25° | B | |
31 | type3 | mathverse | As shown in the figure, angle 2 = 65.0, then the degree of angle 1 is ()
Choices:
B: 25°
A: 65°
D: 45°
C: 35° | B | |
31 | type4 | mathverse | As shown in the figure, angle 2 = 65.0, then the degree of angle 1 is ()
Choices:
D: 45°
C: 35°
A: 65°
B: 25° | B | |
32 | type1 | mathverse | If angle DEF = 52.0, then the degree of angle A is ()
Choices:
A: 68°
B: 52°
C: 76°
D: 38° | C | |
32 | type2 | mathverse | If angle DEF = 52.0, then the degree of angle A is ()
Choices:
C: 76°
D: 38°
A: 68°
B: 52° | C | |
32 | type3 | mathverse | If angle DEF = 52.0, then the degree of angle A is ()
Choices:
B: 52°
A: 68°
D: 38°
C: 76° | C | |
32 | type4 | mathverse | If angle DEF = 52.0, then the degree of angle A is ()
Choices:
D: 38°
C: 76°
A: 68°
B: 52° | C | |
33 | type1 | mathverse | As shown in the figure, angle 1 = 136.0, then angle C is equal to ()
Choices:
A: 42°
B: 44°
C: 46°
D: 48° | C | |
33 | type2 | mathverse | As shown in the figure, angle 1 = 136.0, then angle C is equal to ()
Choices:
C: 46°
D: 48°
A: 42°
B: 44° | C | |
33 | type3 | mathverse | As shown in the figure, angle 1 = 136.0, then angle C is equal to ()
Choices:
B: 44°
A: 42°
D: 48°
C: 46° | C | |
33 | type4 | mathverse | As shown in the figure, angle 1 = 136.0, then angle C is equal to ()
Choices:
D: 48°
C: 46°
A: 42°
B: 44° | C | |
34 | type1 | mathverse | As shown in the figure, angle 1 = 100.0, then the size of angle 2 is ()
Choices:
A: 10°
B: 50°
C: 80°
D: 100° | C | |
34 | type2 | mathverse | As shown in the figure, angle 1 = 100.0, then the size of angle 2 is ()
Choices:
C: 80°
D: 100°
A: 10°
B: 50° | C | |
34 | type3 | mathverse | As shown in the figure, angle 1 = 100.0, then the size of angle 2 is ()
Choices:
B: 50°
A: 10°
D: 100°
C: 80° | C | |
34 | type4 | mathverse | As shown in the figure, angle 1 = 100.0, then the size of angle 2 is ()
Choices:
D: 100°
C: 80°
A: 10°
B: 50° | C | |
35 | type1 | mathverse | As shown in the figure: angle B = 30.0, angle C = 110.0, the degree of angle D is ()
Choices:
A: 115°
B: 120°
C: 100°
D: 80° | C | |
35 | type2 | mathverse | As shown in the figure: angle B = 30.0, angle C = 110.0, the degree of angle D is ()
Choices:
C: 100°
D: 80°
A: 115°
B: 120° | C | |
35 | type3 | mathverse | As shown in the figure: angle B = 30.0, angle C = 110.0, the degree of angle D is ()
Choices:
B: 120°
A: 115°
D: 80°
C: 100° | C | |
35 | type4 | mathverse | As shown in the figure: angle B = 30.0, angle C = 110.0, the degree of angle D is ()
Choices:
D: 80°
C: 100°
A: 115°
B: 120° | C | |
36 | type1 | mathverse | As shown in the figure, If angle D = 50.0, then the degree of angle A is ()
Choices:
A: 20°
B: 25°
C: .40°
D: 50° | A | |
36 | type2 | mathverse | As shown in the figure, If angle D = 50.0, then the degree of angle A is ()
Choices:
C: .40°
D: 50°
A: 20°
B: 25° | A | |
36 | type3 | mathverse | As shown in the figure, If angle D = 50.0, then the degree of angle A is ()
Choices:
B: 25°
A: 20°
D: 50°
C: .40° | A | |
36 | type4 | mathverse | As shown in the figure, If angle D = 50.0, then the degree of angle A is ()
Choices:
D: 50°
C: .40°
A: 20°
B: 25° | A | |
37 | type1 | mathverse | As shown in the figure, the degree of angle A is ()
Choices:
A: 25°
B: 35°
C: 15°
D: 50° | A | |
37 | type2 | mathverse | As shown in the figure, the degree of angle A is ()
Choices:
C: 15°
D: 50°
A: 25°
B: 35° | A | |
37 | type3 | mathverse | As shown in the figure, the degree of angle A is ()
Choices:
B: 35°
A: 25°
D: 50°
C: 15° | A | |
37 | type4 | mathverse | As shown in the figure, the degree of angle A is ()
Choices:
D: 50°
C: 15°
A: 25°
B: 35° | A | |
38 | type1 | mathverse | As shown in the figure, If angle 1 = 70.0, then the size of angle BAC is ()
Choices:
A: 40°
B: 30°
C: .70°
D: 50° | A | |
38 | type2 | mathverse | As shown in the figure, If angle 1 = 70.0, then the size of angle BAC is ()
Choices:
C: .70°
D: 50°
A: 40°
B: 30° | A | |
38 | type3 | mathverse | As shown in the figure, If angle 1 = 70.0, then the size of angle BAC is ()
Choices:
B: 30°
A: 40°
D: 50°
C: .70° | A | |
38 | type4 | mathverse | As shown in the figure, If angle 1 = 70.0, then the size of angle BAC is ()
Choices:
D: 50°
C: .70°
A: 40°
B: 30° | A | |
39 | type1 | mathverse | If angle 1 = 140.0, then the degree of angle 2 is ()
Choices:
A: 100°
B: 110°
C: 120°
D: 140° | B | |
39 | type2 | mathverse | If angle 1 = 140.0, then the degree of angle 2 is ()
Choices:
C: 120°
D: 140°
A: 100°
B: 110° | B | |
39 | type3 | mathverse | If angle 1 = 140.0, then the degree of angle 2 is ()
Choices:
B: 110°
A: 100°
D: 140°
C: 120° | B | |
39 | type4 | mathverse | If angle 1 = 140.0, then the degree of angle 2 is ()
Choices:
D: 140°
C: 120°
A: 100°
B: 110° | B | |
40 | type1 | mathverse | As shown in the figure, angle 1 = 50.0, then angle 2 = ()
Choices:
A: 50°
B: 130°
C: 40°
D: 60° | A | |
40 | type2 | mathverse | As shown in the figure, angle 1 = 50.0, then angle 2 = ()
Choices:
C: 40°
D: 60°
A: 50°
B: 130° | A | |
40 | type3 | mathverse | As shown in the figure, angle 1 = 50.0, then angle 2 = ()
Choices:
B: 130°
A: 50°
D: 60°
C: 40° | A | |
40 | type4 | mathverse | As shown in the figure, angle 1 = 50.0, then angle 2 = ()
Choices:
D: 60°
C: 40°
A: 50°
B: 130° | A | |
41 | type1 | mathverse | If angle 1 = 100.0, angle 2 = 100.0, angle 3 = 125.0, then angle 4 is equal to ()
Choices:
A: 80°
B: 65°
C: 60°
D: 55° | D | |
41 | type2 | mathverse | If angle 1 = 100.0, angle 2 = 100.0, angle 3 = 125.0, then angle 4 is equal to ()
Choices:
C: 60°
D: 55°
A: 80°
B: 65° | D | |
41 | type3 | mathverse | If angle 1 = 100.0, angle 2 = 100.0, angle 3 = 125.0, then angle 4 is equal to ()
Choices:
B: 65°
A: 80°
D: 55°
C: 60° | D | |
41 | type4 | mathverse | If angle 1 = 100.0, angle 2 = 100.0, angle 3 = 125.0, then angle 4 is equal to ()
Choices:
D: 55°
C: 60°
A: 80°
B: 65° | D | |
42 | type1 | mathverse | AB:AP = 2.0:5.0, AQ = 20.0, then the length of CQ is ()
Choices:
A: 8cm
B: 12cm
C: 30cm
D: 50cm | B | |
42 | type2 | mathverse | AB:AP = 2.0:5.0, AQ = 20.0, then the length of CQ is ()
Choices:
C: 30cm
D: 50cm
A: 8cm
B: 12cm | B | |
42 | type3 | mathverse | AB:AP = 2.0:5.0, AQ = 20.0, then the length of CQ is ()
Choices:
B: 12cm
A: 8cm
D: 50cm
C: 30cm | B | |
42 | type4 | mathverse | AB:AP = 2.0:5.0, AQ = 20.0, then the length of CQ is ()
Choices:
D: 50cm
C: 30cm
A: 8cm
B: 12cm | B | |
43 | type1 | mathverse | As shown in the figure, angle AOD is 30.0. and the degree of angle AOC is 100.0, then the degree of angle DOB is ()
Choices:
A: 40°
B: 30°
C: 38°
D: 15° | A | |
43 | type2 | mathverse | As shown in the figure, angle AOD is 30.0. and the degree of angle AOC is 100.0, then the degree of angle DOB is ()
Choices:
C: 38°
D: 15°
A: 40°
B: 30° | A | |
43 | type3 | mathverse | As shown in the figure, angle AOD is 30.0. and the degree of angle AOC is 100.0, then the degree of angle DOB is ()
Choices:
B: 30°
A: 40°
D: 15°
C: 38° | A | |
43 | type4 | mathverse | As shown in the figure, angle AOD is 30.0. and the degree of angle AOC is 100.0, then the degree of angle DOB is ()
Choices:
D: 15°
C: 38°
A: 40°
B: 30° | A | |
44 | type1 | mathverse | As shown in the figure, the two street lamps A and B are separated by 30.0. It is known that Xiaogang's height is 1.5, then the height of the street lamp is ()
Choices:
A: 9米
B: 8米
C: 7米
D: 6米 | A | |
44 | type2 | mathverse | As shown in the figure, the two street lamps A and B are separated by 30.0. It is known that Xiaogang's height is 1.5, then the height of the street lamp is ()
Choices:
C: 7米
D: 6米
A: 9米
B: 8米 | A | |
44 | type3 | mathverse | As shown in the figure, the two street lamps A and B are separated by 30.0. It is known that Xiaogang's height is 1.5, then the height of the street lamp is ()
Choices:
B: 8米
A: 9米
D: 6米
C: 7米 | A | |
44 | type4 | mathverse | As shown in the figure, the two street lamps A and B are separated by 30.0. It is known that Xiaogang's height is 1.5, then the height of the street lamp is ()
Choices:
D: 6米
C: 7米
A: 9米
B: 8米 | A | |
45 | type1 | mathverse | As shown in the figure, if angle C = 35.0, then the degree of angle AOB is ()
Choices:
A: 35°
B: 70°
C: 105°
D: 150° | B | |
45 | type2 | mathverse | As shown in the figure, if angle C = 35.0, then the degree of angle AOB is ()
Choices:
C: 105°
D: 150°
A: 35°
B: 70° | B | |
45 | type3 | mathverse | As shown in the figure, if angle C = 35.0, then the degree of angle AOB is ()
Choices:
B: 70°
A: 35°
D: 150°
C: 105° | B | |
45 | type4 | mathverse | As shown in the figure, if angle C = 35.0, then the degree of angle AOB is ()
Choices:
D: 150°
C: 105°
A: 35°
B: 70° | B | |
46 | type1 | mathverse | As shown in the figure, angle A = 70.0, then the degree of angle 1 is ()
Choices:
A: 20°
B: 30°
C: 70°
D: 110° | D | |
46 | type2 | mathverse | As shown in the figure, angle A = 70.0, then the degree of angle 1 is ()
Choices:
C: 70°
D: 110°
A: 20°
B: 30° | D | |
46 | type3 | mathverse | As shown in the figure, angle A = 70.0, then the degree of angle 1 is ()
Choices:
B: 30°
A: 20°
D: 110°
C: 70° | D | |
46 | type4 | mathverse | As shown in the figure, angle A = 70.0, then the degree of angle 1 is ()
Choices:
D: 110°
C: 70°
A: 20°
B: 30° | D | |
47 | type1 | mathverse | As shown in the figure, then angle 1 is equal to ()
Choices:
A: 132°
B: 134°
C: 136°
D: 138° | B | |
47 | type2 | mathverse | As shown in the figure, then angle 1 is equal to ()
Choices:
C: 136°
D: 138°
A: 132°
B: 134° | B | |
47 | type3 | mathverse | As shown in the figure, then angle 1 is equal to ()
Choices:
B: 134°
A: 132°
D: 138°
C: 136° | B | |
47 | type4 | mathverse | As shown in the figure, then angle 1 is equal to ()
Choices:
D: 138°
C: 136°
A: 132°
B: 134° | B | |
48 | type1 | mathverse | As shown in the figure, if angle BOC = 100.0, then the degree of angle BAC is ()
Choices:
A: 50°
B: 80°
C: 100°
D: 130° | D | |
48 | type2 | mathverse | As shown in the figure, if angle BOC = 100.0, then the degree of angle BAC is ()
Choices:
C: 100°
D: 130°
A: 50°
B: 80° | D | |
48 | type3 | mathverse | As shown in the figure, if angle BOC = 100.0, then the degree of angle BAC is ()
Choices:
B: 80°
A: 50°
D: 130°
C: 100° | D | |
48 | type4 | mathverse | As shown in the figure, if angle BOC = 100.0, then the degree of angle BAC is ()
Choices:
D: 130°
C: 100°
A: 50°
B: 80° | D | |
49 | type1 | mathverse | As shown in the figure, angle CAD = 35.0, angle AED = 115.0, then the degree of angle B is ()
Choices:
A: 50°
B: 75°
C: 80°
D: 100° | D | |
49 | type2 | mathverse | As shown in the figure, angle CAD = 35.0, angle AED = 115.0, then the degree of angle B is ()
Choices:
C: 80°
D: 100°
A: 50°
B: 75° | D | |
49 | type3 | mathverse | As shown in the figure, angle CAD = 35.0, angle AED = 115.0, then the degree of angle B is ()
Choices:
B: 75°
A: 50°
D: 100°
C: 80° | D | |
49 | type4 | mathverse | As shown in the figure, angle CAD = 35.0, angle AED = 115.0, then the degree of angle B is ()
Choices:
D: 100°
C: 80°
A: 50°
B: 75° | D | |
50 | type1 | mathverse | As shown in the figure, angle BOD = 50.0, then angle COE = ()
Choices:
A: 30°
B: 140°
C: 50°
D: 60° | B | |
50 | type2 | mathverse | As shown in the figure, angle BOD = 50.0, then angle COE = ()
Choices:
C: 50°
D: 60°
A: 30°
B: 140° | B | |
50 | type3 | mathverse | As shown in the figure, angle BOD = 50.0, then angle COE = ()
Choices:
B: 140°
A: 30°
D: 60°
C: 50° | B | |
50 | type4 | mathverse | As shown in the figure, angle BOD = 50.0, then angle COE = ()
Choices:
D: 60°
C: 50°
A: 30°
B: 140° | B |
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