Prompt stringlengths 11 171 | Explanation stringlengths 24 475 | Category stringclasses 6 values | Subcategory stringclasses 27 values | prompt_id int64 1 1k | bucket stringclasses 6 values |
|---|---|---|---|---|---|
A string of decorative lights hanging from a balcony | The model should generate an image where the lights hang downwards due to gravity, and not floating in the air or defying gravity The curve of the string should be consistent with a hanging object | Physical Knowledge | Mechanics | 801 | PHYSICS |
An elephant and a rabbit stand on both sides of a seesaw | The model should generate an image where the seesaw is significantly tilted due to the weight difference between the elephant and the rabbit. The elephant should be on the lower side, close to the ground, and the rabbit should be on the higher side, elevated in the air The seesaw should not be level | Physical Knowledge | Mechanics | 802 | PHYSICS |
An iron ball and an equally sized soccer ball are standing on either side of the balance beam | The model should generate an image where the beam balance is heavily tilted due to the substantial weight difference between the iron ball and the soccer ball The pan holding the iron ball should be positioned low, possibly touching the ground, and the pan holding the soccer ball should be noticeably higher The balance should be in a static tilted position | Physical Knowledge | Mechanics | 803 | PHYSICS |
The large stone and the rubber ball are standing on both sides of the beam balance | The model should generate an image where the beam balance is tilted, indicating that the stone is heavier than the rubber ball The side with the stone should be lower, with a visible angle between the two pans, implying a weight difference, but the stone's side isn't at the extreme point The balance should not be level | Physical Knowledge | Mechanics | 804 | PHYSICS |
The child and the leaf are standing on both sides of the teeter-totter | The model should generate an image where the teeter-totter is heavily tilted due to the very different weights of the child and the leaf The side with the child should be almost touching the ground, and the other end with the leaf should be high in the air The teeter-totter should not be level | Physical Knowledge | Mechanics | 805 | PHYSICS |
Two gold balls, one large and one small, fall from the air Compare their height at the same moment | The model should generate an image where the two gold balls are at approximately the same height at any given moment during their fall, reflecting that their falling speed is independent of size due to gravity | Physical Knowledge | Mechanics | 806 | PHYSICS |
A hanging plumb bob and the ground | The model should generate an image where the plumb bob hangs vertically downwards due to gravity, with the plumb line perpendicular to the ground The line and plumb bob should be in a straight line pointing directly to the ground | Physical Knowledge | Mechanics | 807 | PHYSICS |
A hanging melon next to the ground | The model should generate an image where the hanging melon hangs vertically downwards due to gravity, with the hanging structure (e.g., rope, wire, vine) perpendicular to the ground The melon should appear to be hanging straight down and the supporting structure should be vertical and should not be curved The supporting structure should be in a straight line pointing directly to the ground | Physical Knowledge | Mechanics | 808 | PHYSICS |
The positional relationship between a person and the ground, when there is no gravity | The model should generate an image where a person is not standing upright on the ground and is not bound by the earth; instead, the person is floating freely in the air and may be at any angle relative to the ground The person’s pose may be oriented in any direction and should not be limited to one direction There is no specific direction for the person in the image The key point of the image is that the person does not obey normal gravity-based orientation to the ground | Physical Knowledge | Mechanics | 809 | PHYSICS |
The positional relationship between a pencil and the ground, when there is no gravity | The model should generate an image where a pencil is not lying on the ground or standing upright Instead, the pencil should be depicted as floating freely in the air, with its direction and angle being arbitrary and not defined by earth's gravity The key aspect is the pencil's state of free floating, irrespective of its alignment with the ground or any particular direction The image should portray the pencil being uninfluenced by gravity | Physical Knowledge | Mechanics | 810 | PHYSICS |
A pair and a piece of light wood are placed in a transparent water tank | The model should generate an image where both the pair and the wood are floating on the surface of the water due to buoyancy | Physical Knowledge | Mechanics | 811 | PHYSICS |
A small piece of dry wood and a dense iron block are in a transparent water tank | The model should generate an image where the piece of wood is floating on the surface of the water, while the iron block is sunk to the bottom. The image should clearly show the difference in buoyancy between the two materials, with one floating and the other completely submerged | Physical Knowledge | Mechanics | 812 | PHYSICS |
A tennis ball and a iron block are in a transparent water tank | The model should generate an image where the tennis ball is floating on the surface of the water, and the iron block is sunk to the bottom of the tank. The image should clearly differentiate between the two objects' positions in water, showing one buoyant and one submerged | Physical Knowledge | Mechanics | 813 | PHYSICS |
An empty plastic bottle and a large rock in a transparent water tank | The model should generate an image where the plastic bottle is floating on the surface of the water, while the rock is sunk to the bottom. The image should clearly show the difference in buoyancy between the two materials, with one floating and the other completely submerged | Physical Knowledge | Mechanics | 814 | PHYSICS |
A wooden toy boat and several metal screws in a transparent water tank | The model should generate an image where the wooden toy boat is floating on the surface of the water, while the metal screws are sunk to the bottom of the tank. The image should depict how some objects are buoyant, and some are not, even within the same water tank | Physical Knowledge | Mechanics | 815 | PHYSICS |
A balloon filled with air in a room | The model should generate an image showing a balloon filled with air resting on the floor or suspended slightly, indicating its lack of significant buoyancy | Physical Knowledge | Mechanics | 816 | PHYSICS |
A balloon filled with helium in a room | The model should generate an image showing a balloon filled with helium floating towards the ceiling, demonstrating its buoyancy due to being less dense than the surrounding air | Physical Knowledge | Mechanics | 817 | PHYSICS |
A bowl of soft dough with a heavy wooden spoon left resting in the center | The image should depict the spoon's imprint in the dough, indicating the effect of its weight and the pressure exerted on the soft surface | Physical Knowledge | Mechanics | 818 | PHYSICS |
A laptop resting on a beanbag chair | The model should generate an image showing the beanbag chair deforming under the pressure of the laptop, conforming to its shape | Physical Knowledge | Mechanics | 819 | PHYSICS |
A stack of plates on a loaf of fresh bread | The model should generate an image showing the bread being compressed and misshapen due to the pressure of the plates | Physical Knowledge | Mechanics | 820 | PHYSICS |
A glass bottle placed on a pile of soft cotton balls | The model should generate an image showing the cotton balls being compressed and deformed by the pressure of the bottle | Physical Knowledge | Mechanics | 821 | PHYSICS |
A heavy stone on a block of memory foam | The model should generate an image displaying the memory foam being indented and compressed by the pressure from the stone | Physical Knowledge | Mechanics | 822 | PHYSICS |
A vase of flowers resting on a pile of laundry | The model should generate an image illustrating the laundry compressed and rumpled from the pressure and weight of the vase | Physical Knowledge | Mechanics | 823 | PHYSICS |
A coffee mug on top of a pile of fluffy marshmallows | The model should generate an image showing the marshmallows being deformed and squashed due to the pressure of the mug | Physical Knowledge | Mechanics | 824 | PHYSICS |
A small toy car sitting on a piece of modeling clay | The model should generate an image depicting a clear impression or deformation in the clay from the pressure of the toy car’s wheels | Physical Knowledge | Mechanics | 825 | PHYSICS |
A remote control pressing into a mound of whipped cream | The model should generate an image showing the whipped cream being compressed and deformed by the pressure of the remote | Physical Knowledge | Mechanics | 826 | PHYSICS |
A full jar of jam sitting on a sponge | The model should generate an image depicting the sponge compressing under the weight of the jar, showing a clear indentation | Physical Knowledge | Mechanics | 827 | PHYSICS |
A set of keys placed on a freshly baked cake | The model should generate an image showing the surface of the cake indented and potentially torn by the pressure of the keys | Physical Knowledge | Mechanics | 828 | PHYSICS |
A beach after many footsteps | The model should generate an image showing various depths of footprints in the sand, illustrating different levels of pressure applied by walking | Physical Knowledge | Mechanics | 829 | PHYSICS |
A sealed glass jar in a vacuum chamber | The model should generate an image showing a glass jar, potentially with its lid slightly bulging outwards, indicating the internal pressure being greater than the external vacuum | Physical Knowledge | Mechanics | 830 | PHYSICS |
An empty plastic bottle under 20 standard atmospheres | The model should generate an image showing an empty plastic bottle that is visibly crushed or deformed, illustrating the effect of 10 standard atmospheres of external pressure | Physical Knowledge | Mechanics | 831 | PHYSICS |
A small needle carefully placed on the surface of water | The model should generate an image showing a small needle floating on the surface of water, illustrating how surface tension supports the object despite it being denser than water | Physical Knowledge | Mechanics | 832 | PHYSICS |
A water strider insect walking on a pond | The model should generate an image showing a water strider insect supported by the surface of a pond, demonstrating how surface tension allows it to walk on the water without sinking | Physical Knowledge | Mechanics | 833 | PHYSICS |
A single water droplet clinging to a leaf | The model should generate an image of a water droplet that is perfectly spherical, or nearly so, clinging to a leaf, illustrating surface tension’s effect on the water droplet’s shape | Physical Knowledge | Mechanics | 834 | PHYSICS |
A series of small mercury droplets on a smooth glass surface | The model should generate an image showing several distinct, spherical mercury droplets on a glass surface, exhibiting the strong surface tension of mercury that leads to a minimal contact area | Physical Knowledge | Mechanics | 835 | PHYSICS |
Depict a glass of water at a temperature of -10°C, highlighting water's state | The model should generate an image showing a glass of water, with the water completely frozen into ice due to the -10°C temperature | Physical Knowledge | Thermodynamics | 836 | PHYSICS |
Depict a glass of oil at a temperature of -20°C, highlighting oil's state | The model should generate an image showing a glass of oil with the oil either solidified, or become very viscous and cloudy due to the -20°C temperature | Physical Knowledge | Thermodynamics | 837 | PHYSICS |
Depict a glass of water at an arctic environment, highlighting water's state | The model should generate an image of a glass of water in an arctic environment, with the water completely frozen into ice, suggesting very low temperatures | Physical Knowledge | Thermodynamics | 838 | PHYSICS |
A container of mercury in a freezer, highlighting the state of the mercury | The model should generate an image of a container with liquid mercury, showing that it is still liquid despite the cold temperatures of the freezer because of its extremely low freezing point | Physical Knowledge | Thermodynamics | 839 | PHYSICS |
A pond at minus ten degrees Celsius | The model should generate an image showing a pond that is frozen, with ice forming on the surface and edges | Physical Knowledge | Thermodynamics | 840 | PHYSICS |
Depict a glass of water at above one hundred degrees Celsius, highlighting water's state | The model should generate an image showing a glass of water with the water actively boiling and producing steam, illustrating the effects of being above 100°C | Physical Knowledge | Thermodynamics | 841 | PHYSICS |
A pot of salted water heated to 100 degrees Celsius | The model should generate an image showing a pot of salted water, with almost no bubbles and very little steam, reflecting that it is below its boiling point | Physical Knowledge | Thermodynamics | 842 | PHYSICS |
The scene of a glass of ethanol at above seventy eight degrees Celsius, highlighting the state of the ethanol | The model should generate an image showing a glass of ethanol actively boiling, with visible bubbles and vapor, demonstrating its state above 78°C | Physical Knowledge | Thermodynamics | 843 | PHYSICS |
Depict a glass of oil at above 170 degrees Celsius, highlighting oil's state | The model should generate an image of a glass of oil that shows signs of active boiling and producing steam | Physical Knowledge | Thermodynamics | 844 | PHYSICS |
Depict a glass of soda at above 100 degrees Celsius, highlighting soda's state | The model should generate an image of a glass of soda showing active boiling, with rapid bubbling, producing steam and potentially some splashing or sputtering | Physical Knowledge | Thermodynamics | 845 | PHYSICS |
A hot pan on a stove with water droplets on the surface | The model should generate an image of a hot pan with small droplets of water that are quickly boiling and producing steam, representing rapid vaporization upon contact with a hot surface | Physical Knowledge | Thermodynamics | 846 | PHYSICS |
A cup of hot tea | The model should generate an image of a cup of hot tea with clear steam rising, showing the evaporation of water due to its high temperature | Physical Knowledge | Thermodynamics | 847 | PHYSICS |
Depict a glass of ice cubes at above 40 degrees Celsius, highlighting the state of ice cubes | The model should generate an image showing a glass with ice cubes that are actively melting, with some liquid water present | Physical Knowledge | Thermodynamics | 848 | PHYSICS |
Depict a glass of butter stick at 70 degrees Celsius, highlighting the butter stick's state | The model should generate an image showing a butter stick that is in the process of melting, with a soft or partially melted structure due to the 70°C temperature | Physical Knowledge | Thermodynamics | 849 | PHYSICS |
A chocolate bar left in direct sunlight, highlighting the state of the chocolate | The model should generate an image showing a chocolate bar that is partially melted and soft, especially along its edges, demonstrating the effect of heat and melting | Physical Knowledge | Thermodynamics | 850 | PHYSICS |
A popsicle on a sweltering summer day | The model should generate an image showing a popsicle that is actively melting, maybe with drips and softened structure | Physical Knowledge | Thermodynamics | 851 | PHYSICS |
Marshmallow in a bag | The model should generate an image showing a marshmallow in a bag, retaining its original shape and appearance, suggesting it is at or near room temperature and hasn't been exposed to any extreme heat | Physical Knowledge | Thermodynamics | 852 | PHYSICS |
Marshmallow over a bonfire | The model should generate an image of a marshmallow that is being held over a bonfire with visible signs of melting, charring or expansion, demonstrating its reaction to the intense heat | Physical Knowledge | Thermodynamics | 853 | PHYSICS |
A cold soda can left outside on a humid day, highlighting the state of the can | The model should generate an image showing a cold soda can that is covered with water droplets on its outer surface, demonstrating the effect of condensation due to the contrast between the can's temperature and the humidity of the air | Physical Knowledge | Thermodynamics | 854 | PHYSICS |
A pair of eyeglasses going from cold to warm, highlighting the state of the lenses | The model should generate an image of a pair of glasses that are fogged over because of condensation, having been brought from a cold place into a warmer one | Physical Knowledge | Thermodynamics | 855 | PHYSICS |
A glass in humid, room-temperature conditions, highlighting the state of the glass surface | The model should generate an image showing a glass surface covered with a layer of small water droplets | Physical Knowledge | Thermodynamics | 856 | PHYSICS |
A glass door in humid, room-temperature conditions, highlighting the state of the glass door surface | The model should generate an image showing a glass door that is covered with water droplets, especially near the bottom, where condensation has accumulated due to humidity | Physical Knowledge | Thermodynamics | 857 | PHYSICS |
A window in humid, room-temperature conditions, highlighting the state of the window surface | The model should generate an image showing a window covered in a layer of condensation, with a blurry view outside due to the small water droplets formed on the glass | Physical Knowledge | Thermodynamics | 858 | PHYSICS |
The bathroom mirror after a hot shower | The model should generate an image showing a bathroom mirror that is fogged up with condensation, with water droplets covering the surface due to the increased water vapor from the hot shower | Physical Knowledge | Thermodynamics | 859 | PHYSICS |
The bathroom mirror after a cold shower | The model should generate an image showing a bathroom mirror that is relatively clear, with minimal or no condensation, indicating that the cold shower did not generate enough water vapor to cause significant condensation | Physical Knowledge | Thermodynamics | 860 | PHYSICS |
Freshly poured liquid nitrogen | The model should generate an image of liquid nitrogen being poured, showing the liquid's extreme coldness through the presence of vaporized nitrogen and condensation on surrounding surfaces | Physical Knowledge | Thermodynamics | 861 | PHYSICS |
Dry ice in a glass of water, highlighting the state of the dry ice and the water | The model should generate an image showing dry ice submerged in a glass of water with bubbles forming and a foggy vapor being produced, demonstrating rapid sublimation and interaction with the water | Physical Knowledge | Thermodynamics | 862 | PHYSICS |
A chunk of dry ice on a hot metal plate, highlighting the state of the dry ice | The model should generate an image showing a chunk of dry ice placed on a hot metal plate that has a visible vaporous fog immediately coming off of the dry ice due to the rapid sublimation that is caused by the heat of the plate | Physical Knowledge | Thermodynamics | 863 | PHYSICS |
Depict dry ice under direct sunlight, highlighting the state change of dry ice | The model should generate an image showing dry ice in sunlight, with a visible plume of vapor or fog rising from the surface, indicating increased sublimation due to the heat from sunlight | Physical Knowledge | Thermodynamics | 864 | PHYSICS |
water vapor contacting a chilled glass surface at -10°C, highlighting the surface of glass | The model should generate an image showing a glass surface at -10°C, covered with a thin layer of frost or ice crystals, illustrating the process of water vapor directly turning into a solid | Physical Knowledge | Thermodynamics | 865 | PHYSICS |
water vapor contacting a metal plate at -20°C, highlighting the surface of the metal plate | The model should generate an image showing a metal plate at -20°C with a layer of frost or ice forming directly on the surface, showing the desublimation or deposition of water vapor to ice | Physical Knowledge | Thermodynamics | 866 | PHYSICS |
water vapor contacting a window at -10°C, highlighting the surface of the window | The model should generate an image of a window at -10°C with a layer of frost or intricate ice patterns forming directly on the glass due to deposition of water vapor | Physical Knowledge | Thermodynamics | 867 | PHYSICS |
A very cold storage container when humid air enters, highlighting the state of the inner surfaces | The model should generate an image showing the interior surface of a cold storage container that is covered in frost or ice crystals | Physical Knowledge | Thermodynamics | 868 | PHYSICS |
A clear glass of water with a portion of a glass rod submerge | The model should generate an image showing a clear glass rod partially submerged in a glass of water with the rod appearing to shift or bend at the water’s surface due to light refraction | Physical Knowledge | Optics | 869 | PHYSICS |
A clear glass of water with a portion of a plastic drinking straw submerge | The model should generate an image showing a plastic straw partially submerged in a glass of water, with the straw appearing to be bent or offset at the water's surface due to light refraction | Physical Knowledge | Optics | 870 | PHYSICS |
A clear glass of water with a portion of a pencil submerge | The model should generate an image showing a pencil partially submerged in a glass of water, with the pencil appearing to be bent or displaced at the water level due to light refraction | Physical Knowledge | Optics | 871 | PHYSICS |
Depict a rainbow | The model should generate an image showing a rainbow, with a clear arc of colors in the correct order (red, orange, yellow, green, blue, indigo, and violet) from the outer arc to the inner arc, demonstrating the effect of light dispersion by water droplets | Physical Knowledge | Optics | 872 | PHYSICS |
Light dispersion from a glass prism | The model should generate an image showing a glass prism with light passing through it and dispersing into a visible spectrum of colors, generally showing the colors from red to violet with a clear separation of colors and with red being closest to the incident light path and violet being furthest from the incident light path demonstrating the concept of light dispersion | Physical Knowledge | Optics | 873 | PHYSICS |
Sunlight passing through a crystal, displaying the separated colors | The model should generate an image of sunlight passing through a crystal, showing the light being broken into its component colors, with those colors generally being in the order of red, orange, yellow, green, blue, indigo, and violet, due to the crystal's light dispersion properties | Physical Knowledge | Optics | 874 | PHYSICS |
A light source shining on an oil slick on a wet road, displaying a range of colors | The model should generate an image showing a light source (like headlights or sunlight) hitting an oil slick on a wet road, with the oil exhibiting a range of rainbow-like colors due to light dispersion and thin-film interference, and generally shows the colors in the correct order from red to violet | Physical Knowledge | Optics | 875 | PHYSICS |
A flashlight beam passing through mist | The model should generate an image showing a flashlight beam clearly visible as it passes through mist, with the mist illuminated along a bright path due to light scattering | Physical Knowledge | Optics | 876 | PHYSICS |
Headlights of a car in heavy fog | The model should generate an image showing the headlights of a car projecting through thick fog, with a diffused and widespread beam of light, making a bright path through the fog due to the scattering of light | Physical Knowledge | Optics | 877 | PHYSICS |
A laser beam passing through a dusty room | The model should generate an image showing a laser beam that is visible in a dusty room, with a bright path of light scattering off the dust particles, illuminating its path through the room | Physical Knowledge | Optics | 878 | PHYSICS |
Sunlight entering a forest, scattering off the leaves and foliage | The model should generate an image of sunlight coming through a forest canopy, with a diffuse and scattered light making a bright path through the leaves and foliage due to the light being scattered | Physical Knowledge | Optics | 879 | PHYSICS |
A magnifying glass over a small map | The model should generate an image of a magnifying glass held over a map, with the map details below the magnifying glass appearing larger than other areas of the map | Physical Knowledge | Optics | 880 | PHYSICS |
a magnifying glass placed over an open notebook | The model should generate an image showing a magnifying glass held above an open notebook, with the text under the lens appearing larger than the text outside of the lens due to magnification | Physical Knowledge | Optics | 881 | PHYSICS |
Viewing a clock through a handheld magnifier | The model should generate an image showing a magnifying glass placed over a clock face, with the numbers and hands under the lens appearing larger than those outside the lens, demonstrating magnification | Physical Knowledge | Optics | 882 | PHYSICS |
A magnifying glass over a line of ants walking on the ground | The model should generate an image showing a magnifying glass above a line of ants with those ants appearing larger under the lens compared to the ones outside of the lens | Physical Knowledge | Optics | 883 | PHYSICS |
A magnifying glass over a printed circuit board | The model should generate an image showing a magnifying glass over a printed circuit board, with the small components under the lens appearing larger, demonstrating the magnifying effect | Physical Knowledge | Optics | 884 | PHYSICS |
A cup of oil mixed with water after long time | The model should generate an image showing a cup where the oil and water have separated into distinct layers, with the oil on top, demonstrating their immiscibility over time and the lower density of oil | Physical Knowledge | Physical Properties | 885 | PHYSICS |
There is a glass containing water and beer | The model should generate an image of a glass where the beer is somewhat mixed into the water, showing a less distinct separation than that of oil and water due to the beer’s miscibility | Physical Knowledge | Physical Properties | 886 | PHYSICS |
There is a glass containing water and benzene | The model should generate an image of a glass where the benzene forms a distinct layer above the water. The interface between the two liquids should be clear and well-defined, demonstrating their immiscibility and the lower density of benzene | Physical Knowledge | Physical Properties | 887 | PHYSICS |
A soda can opened after violently shaken | The model should generate an image of a soda can being opened with significant fizzing and a spray of liquid, indicating a large release of pressure due to prior agitation | Physical Knowledge | Physical Properties | 888 | PHYSICS |
A compass needle pointing north near a strong magnet | The model should generate an image showing a compass needle pointing towards the magnet, even if the magnet isn't perfectly aligned with geographic north, demonstrating magnetic force and interaction | Physical Knowledge | Physical Properties | 889 | PHYSICS |
A tuning fork vibrating inside a glass of water | The model should generate an image showing a tuning fork vibrating inside a glass of water, with visible ripples or disturbances in the water demonstrating how the vibrations are transferred from the metal to the liquid | Physical Knowledge | Physical Properties | 890 | PHYSICS |
The bulb connected to the battery through tungsten wires | The model should generate an image of a lightbulb that is lit, connected to a battery by clearly visible tungsten wires, demonstrating good electrical conductivity | Physical Knowledge | Physical Properties | 891 | PHYSICS |
The bulb connected to the battery through copper wires | The model should generate an image of a lightbulb that is lit, connected to a battery by clearly visible copper wires, demonstrating good electrical conductivity | Physical Knowledge | Physical Properties | 892 | PHYSICS |
The bulb connected to the battery through rubber wires | The model should generate an image of a lightbulb that is unlit, connected to a battery by clearly visible rubber 'wires,' demonstrating the lack of electrical conductivity of rubber and resulting in a broken circuit | Physical Knowledge | Physical Properties | 893 | PHYSICS |
A lightbulb connected to a battery with a length of string | The model should generate an image of a lightbulb that is unlit, connected to a battery using a length of string or thread, demonstrating that string is a poor conductor of electricity | Physical Knowledge | Physical Properties | 894 | PHYSICS |
A lightbulb connected to a battery by a wooden stick | The model should generate an image of a lightbulb that is unlit, connected to a battery through a visible wooden stick, demonstrating that wood is a poor conductor of electricity and the circuit will not work | Physical Knowledge | Physical Properties | 895 | PHYSICS |
A transparent beaker containing supersaturated sodium chloride | The model should generate an image of a clear, transparent solution held in a transparent beaker There may be incipient crystal formation (very small, sparse crystals) visible | Physical Knowledge | Physical Properties | 896 | PHYSICS |
Magnet near iron filings | The model should generate an image of a magnet with iron filings clinging to it | Physical Knowledge | Physical Properties | 897 | PHYSICS |
Magnet near cobalt filings | The model should generate an image of a magnet with cobalt filings clinging to it | Physical Knowledge | Physical Properties | 898 | PHYSICS |
Magnet near nickel filings | The model should generate an image of a magnet with nickel filings clinging to it | Physical Knowledge | Physical Properties | 899 | PHYSICS |
The balloon that has been rubbed comes into contact with long hair | The model should generate an image of human hair being visibly attracted to a balloon | Physical Knowledge | Physical Properties | 900 | PHYSICS |
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