Split (1)

test · 1k rows

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 candle in space	The model should generate an image showing a candle that is not burning	Chemistry	Combustion	901	CHEMISTRY
Within a sealed glass container of carbon dioxide, a burning candle has been left to stand for a while	The model should generate an image showing a candle in a sealed glass jar and its flame has been extinguished	Chemistry	Combustion	902	CHEMISTRY
A sealed glass jar filled with carbon dioxide contains a burning magnesium rod	The model should generate an image showing a vigorously burning magnesium rod inside a sealed glass jar. The image should prominently feature a dazzling, intense white light emanating from the burning magnesium	Chemistry	Combustion	903	CHEMISTRY
A sealed glass jar filled with nitrogen contains a burning magnesium rod	The model should generate an image showing a burning magnesium rod inside a sealed glass jar, with intense light	Chemistry	Combustion	904	CHEMISTRY
A sealed glass jar filled with oxygen contains a burning iron wire	The model should generate an image showing a thin iron wire inside a sealed glass jar that is burning intensely and producing sparks in a pure oxygen atmosphere, illustrating that oxygen greatly supports combustion	Chemistry	Combustion	905	CHEMISTRY
A small piece of wood burning in a sealed jar with pure oxygen	The model should generate an image of a piece of wood that is burning very intensely inside of a jar filled with pure oxygen	Chemistry	Combustion	906	CHEMISTRY
A lit match inside a sealed jar with only water vapor	The model should generate an image showing a match that has been extinguished inside of a jar full of only water vapor, with the match looking dark or burnt, and illustrating the lack of oxygen to support combustion	Chemistry	Combustion	907	CHEMISTRY
A piece of phosphorus burning inside a sealed jar with fluorine gas	The model should generate an image showing a piece of phosphorus burning rapidly in a sealed jar filled with fluorine gas, with very strong and quick combustion, as fluorine will support even more vigorous combustion than oxygen does	Chemistry	Combustion	908	CHEMISTRY
A sodium metal burning inside of a jar of chlorine gas	The model should generate an image of sodium metal burning in a sealed jar of chlorine gas, with a bright flame and white smoke or particulates	Chemistry	Combustion	909	CHEMISTRY
A small candle flame inside of a sealed jar where the air has been replaced with helium	The model should generate an image of a candle flame that is extinguishing inside of a sealed jar	Chemistry	Combustion	910	CHEMISTRY
The sodium is burning, highlighting the color	The model should generate an image showing a flame that is distinctly yellow or orange, representing the characteristic flame color when sodium is burned	Chemistry	Combustion	911	CHEMISTRY
The copper is burning, highlighting the color	The model should generate an image showing a flame that is distinctly green or blue-green, representing the characteristic flame color when copper is burned	Chemistry	Combustion	912	CHEMISTRY
The potassium is burning, highlighting the color	The model should generate an image showing a flame that is distinctly lilac or violet, representing the characteristic flame color when potassium is burned	Chemistry	Combustion	913	CHEMISTRY
The lithium is burning, highlighting the color	The model should generate an image showing a flame that is distinctly crimson or deep red, representing the characteristic flame color when lithium is burned	Chemistry	Combustion	914	CHEMISTRY
The calcium is burning, highlighting the color	The model should generate an image showing a flame that is distinctly orange-red, representing the characteristic flame color when calcium is burned	Chemistry	Combustion	915	CHEMISTRY
The barium is burning, highlighting the color	The model should generate an image showing a flame that is distinctly pale green or yellow-green, representing the characteristic flame color when barium is burned	Chemistry	Combustion	916	CHEMISTRY
The strontium is burning, highlighting the color	The model should generate an image showing a flame that is distinctly crimson or scarlet, representing the characteristic flame color when strontium is burned	Chemistry	Combustion	917	CHEMISTRY
The cesium is burning, highlighting the color	The model should generate an image showing a flame that is distinctly blue or violet, representing the characteristic flame color when cesium is burned	Chemistry	Combustion	918	CHEMISTRY
The magnesium is burning, highlighting the color	The model should generate an image showing a very bright white flame, representing the characteristic flame color when magnesium is burned	Chemistry	Combustion	919	CHEMISTRY
The aluminum is burning, highlighting the color	The model should generate an image showing a flame that is mostly colorless or a very bright white color, with the lack of strong color representing the typical flame color when aluminum is burned	Chemistry	Combustion	920	CHEMISTRY
The zinc is burning, highlighting the color	The model should generate an image showing a flame that is mainly colorless or blueish-white to pale green, representing the characteristic flame color when zinc is burned	Chemistry	Combustion	921	CHEMISTRY
The lead is burning, highlighting the color	The model should generate an image showing a flame that appears a pale blue or white color, representing the characteristic flame color when lead is burned, which may be faint	Chemistry	Combustion	922	CHEMISTRY
The antimony is burning, highlighting the color	The model should generate an image showing a flame that is pale blue or white, which is the typical color that antimony produces when burned	Chemistry	Combustion	923	CHEMISTRY
The cadmium is burning, highlighting the color	The model should generate an image showing a flame that is red or orange, representing the characteristic flame color when cadmium is burned	Chemistry	Combustion	924	CHEMISTRY
The arsenic is burning, highlighting the color	The model should generate an image showing a flame that is pale blue or whitish, representing the characteristic flame color when arsenic is burned, which is typically very faint	Chemistry	Combustion	925	CHEMISTRY
The boron is burning, highlighting the color	The model should generate an image showing a flame that is bright green, representing the characteristic flame color when boron is burned	Chemistry	Combustion	926	CHEMISTRY
an iron block that is not rusted	The model should generate an image showing an iron block with a clean, metallic, and shiny surface, with no visible signs of rust or corrosion	Chemistry	Metal Corrosion	927	CHEMISTRY
an iron block that is rusted	The model should generate an image showing an iron block with a surface covered in visible rust, having a reddish-brown color and a rough, pitted texture indicating corrosion	Chemistry	Metal Corrosion	928	CHEMISTRY
A copper pipe that is rusted	The model should generate an image of a copper pipe with a visible layer of green patina, showing the characteristic corrosion of copper	Chemistry	Metal Corrosion	929	CHEMISTRY
Copper wire exposed to air for a long time	The model should generate an image showing a copper wire with a duller, slightly greenish or brownish surface	Chemistry	Metal Corrosion	930	CHEMISTRY
A piece of weathered aluminum	The model should generate an image showing a piece of aluminum that appears weathered, with a dull grey surface due to the formation of aluminum oxide, rather than rust	Chemistry	Metal Corrosion	931	CHEMISTRY
A lead roof with signs of oxidation	The model should generate an image of a lead roof with a dull grey or white surface due to the formation of lead oxide, not rust or red, due to oxidation	Chemistry	Metal Corrosion	932	CHEMISTRY
A piece of galvanized steel exposed to moisture, with early signs of corrosion	The model should generate an image showing a piece of galvanized steel with some white corrosion products forming in spots where the zinc coating is compromised, showing a different type of oxidation to iron	Chemistry	Metal Corrosion	933	CHEMISTRY
A piece of silver cutlery that has some tarnish	The model should generate an image of a piece of silver cutlery, with a dark grey or black tarnish on its surface due to its reaction with sulfur compounds, and not rust	Chemistry	Metal Corrosion	934	CHEMISTRY
A piece of gold that has been exposed to oxygen for decades	The model should generate an image of a piece of gold that has no visible corrosion or oxidation, demonstrating that it is highly resistant to oxidation, even after decades of exposure to oxygen	Chemistry	Metal Corrosion	935	CHEMISTRY
A Gold block submerged in hydrochloric acid	The model should generate an image showing a gold block in hydrochloric acid with no visible change on the surface of the block, no bubbling, and the solution appearing colorless, demonstrating gold's lack of reactivity with hydrochloric acid	Chemistry	Solution Chemical Reaction	936	CHEMISTRY
An iron nail submerged in hydrochloric acid	The model should generate an image showing an iron nail immersed in hydrochloric acid, with visible bubbling, some corrosion around the nail, and the solution potentially appearing a very pale green or yellow, indicating that it is reacting with the acid	Chemistry	Solution Chemical Reaction	937	CHEMISTRY
A piece of copper in nitric acid	The model should generate an image showing a piece of copper in nitric acid, with bubbles forming and brown fumes coming from the solution, and the solution potentially having a blue or green tint as copper ions dissolve into the acid, demonstrating copper reacting with nitric acid	Chemistry	Solution Chemical Reaction	938	CHEMISTRY
A strip of zinc in sulfuric acid	The model should generate an image showing a strip of zinc in sulfuric acid with a good amount of bubbling and a colorless and transparent solution during the reaction	Chemistry	Solution Chemical Reaction	939	CHEMISTRY
A sample of aluminum in hydrochloric acid	The model should generate an image of aluminum in hydrochloric acid showing visible bubbling and signs of a reaction, that the aluminum is being dissolved in the acid, and that the solution appears colorless and transparent during this reaction process	Chemistry	Solution Chemical Reaction	940	CHEMISTRY
A piece of magnesium in a solution of hydrochloric acid	The model should generate an image of a piece of magnesium that is reacting vigorously in hydrochloric acid with the production of many bubbles, indicating that it is rapidly reacting, and the solution appearing colorless and transparent throughout this process	Chemistry	Solution Chemical Reaction	941	CHEMISTRY
A silver ring placed in nitric acid	The model should generate an image of a silver ring placed in nitric acid showing no visible reaction or bubbling, and the solution appearing colorless and transparent, indicating silver’s inert nature in that acid	Chemistry	Solution Chemical Reaction	942	CHEMISTRY
A platinum wire submerged in hydrochloric acid	The model should generate an image showing a platinum wire immersed in hydrochloric acid that has no visible bubbling or change, and the solution appearing colorless and transparent, showing its lack of reactivity with this acid	Chemistry	Solution Chemical Reaction	943	CHEMISTRY
A piece of tin in dilute sulfuric acid	The model should generate an image showing a piece of tin in dilute sulfuric acid with visible bubbling, indicating that a chemical reaction is taking place, and the solution appearing colorless and transparent as this reaction occurs	Chemistry	Solution Chemical Reaction	944	CHEMISTRY
A piece of nickel being placed in hydrochloric acid	The model should generate an image showing a piece of nickel in hydrochloric acid where small amounts of bubbling are occurring and the nickel appears to be dissolving very slowly in the acid, demonstrating a slow reaction, with the solution potentially being a very pale green color	Chemistry	Solution Chemical Reaction	945	CHEMISTRY
A large amount of carbon dioxide is bubbled through clear limewater solution	The model should generate an image showing a clear limewater solution becoming cloudy or milky as a large amount of carbon dioxide is bubbled through it, due to the formation of a calcium carbonate precipitate	Chemistry	Solution Chemical Reaction	946	CHEMISTRY
A copper sulfate solution and an iron rod in it, the state of the solution and the iron rod should be highlighted	The model should generate an image showing an iron rod immersed in a blue copper sulfate solution, where the iron rod is corroding, and the blue color of the solution is beginning to fade or change to a light green color, while the surface of the iron rod is covered with a layer of red material demonstrating the reaction between iron and copper sulfate	Chemistry	Solution Chemical Reaction	947	CHEMISTRY
A silver nitrate solution and a zinc bar in it, the state of the solution and the zinc bar should be highlighted	The model should generate an image showing a zinc bar immersed in a silver nitrate solution where silver metal is forming as a solid, and the zinc bar is being coated with a silvery layer, indicating the reaction between zinc and silver nitrate	Chemistry	Solution Chemical Reaction	948	CHEMISTRY
A lead strip in a copper nitrate solution, highlighting the state of the solution and the lead strip	The model should generate an image of a lead strip in a blue copper nitrate solution where solid copper is beginning to form and plate out on the lead strip, with a reddish-brown color, and the lead metal is appearing corroded and having a duller appearance as it has begun to react in the solution	Chemistry	Solution Chemical Reaction	949	CHEMISTRY
A piece of silver in a solution of copper nitrate, highlighting the state of the solution and the piece of silver	The model should generate an image of silver in a blue copper nitrate solution, showing no noticeable reaction and no change to either the silver metal or the solution	Chemistry	Solution Chemical Reaction	950	CHEMISTRY
A strip of copper in a solution of aluminum sulfate, highlighting the state of the solution and the copper strip	The model should generate an image of a copper strip in a solution of aluminum sulfate showing no signs of any reaction in the solution or corrosion on the copper	Chemistry	Solution Chemical Reaction	951	CHEMISTRY
A magnesium strip immersed in a solution of copper chloride, highlighting the state of the solution and the magnesium strip	The model should generate an image of a magnesium strip reacting rapidly in a solution of copper chloride, with bubbles forming, and the magnesium metal corroding and becoming smaller, and with the copper coming out of solution and visibly plating on the magnesium strip with a reddish-brown color, showing a very rapid reaction	Chemistry	Solution Chemical Reaction	952	CHEMISTRY
A piece of iron wire immersed in a nickel sulfate solution, highlighting the state of the solution and the iron wire	The model should generate an image showing a piece of iron wire in a solution of nickel sulfate, with the wire corroding, and with nickel plating out of solution on the wire with a silvery appearance and the solution's original green color fading or becoming more pale	Chemistry	Solution Chemical Reaction	953	CHEMISTRY
A strip of tin placed in a silver nitrate solution, highlighting the state of the solution and the tin strip	The model should generate an image of a strip of tin in a silver nitrate solution where silver metal is visibly forming as a solid, and plating out on the tin strip with a shiny, silvery color and the tin metal is being dissolved and corroding with a pitted or uneven surface, due to the reaction	Chemistry	Solution Chemical Reaction	954	CHEMISTRY
A nickel bar immersed in a copper chloride solution, highlighting the state of the solution and the nickel bar	The model should generate an image showing a nickel bar immersed in a green solution of copper chloride, with the nickel slowly dissolving, and a reddish-brown copper layer forming on the surface of the nickel bar, and the solution gradually appearing less green, demonstrating the reaction between copper chloride and nickel, but being slower	Chemistry	Solution Chemical Reaction	955	CHEMISTRY
A small piece of sodium metal added to water	The model should generate an image showing a small piece of sodium metal reacting vigorously with water, with visible bubbling, fizzing, and potentially a flame, demonstrating the exothermic reaction	Chemistry	Solution Chemical Reaction	956	CHEMISTRY
A solution of potassium iodide being mixed with lead nitrate	The model should generate an image showing two clear solutions being mixed together to create a cloudy or yellow solution with a yellow precipitate, demonstrating a double displacement reaction	Chemistry	Solution Chemical Reaction	957	CHEMISTRY
Hydrogen sulfide gas is bubbled through a copper sulfate solution	The model should generate an image showing a clear copper sulfate solution becoming cloudy, and forming a black precipitate as hydrogen sulfide gas is bubbled through it	Chemistry	Solution Chemical Reaction	958	CHEMISTRY
Hydrogen sulfide gas is bubbled through a solution of concentrated sulfuric acid	The model should generate an image showing a concentrated sulfuric acid solution becoming cloudy with visible yellow or white particulate matter (sulfur)	Chemistry	Solution Chemical Reaction	959	CHEMISTRY
The process of electrolysis of molten sodium chloride	The model should generate an image showing an electrolysis setup with molten sodium chloride, producing sodium metal at the cathode, and showing a greenish-yellow gas (chlorine) forming at the anode	Chemistry	Solution Chemical Reaction	960	CHEMISTRY
The mixture of vinegar and litmus solution in a glass	The model should generate an image showing a glass of a vinegar and litmus solution mixture, with the liquid appearing red or pink, indicating an acidic solution	Chemistry	Solution Chemical Reaction	961	CHEMISTRY
The mixture of cola and litmus solution in a glass	The model should generate an image of a glass of cola and litmus solution mixed liquid, with the liquid appearing red or pink, indicating an acidic solution	Chemistry	Solution Chemical Reaction	962	CHEMISTRY
The mixture of baking soda solution and litmus solution in a glass	The model should generate an image showing a glass of baking soda and litmus solution mixture, with the liquid appearing blue or purple, indicating a basic (alkaline) solution	Chemistry	Solution Chemical Reaction	963	CHEMISTRY
The mixture of milk and litmus solution in a glass	The model should generate an image of a glass of milk with litmus solution that has been left standing for a while, with the liquid appearing purple or a light blue-purple, indicating a neutral to slightly basic solution	Chemistry	Solution Chemical Reaction	964	CHEMISTRY
A glass of lemon juice and litmus solution mixed liquid that has been standing for a while	The model should generate an image of a glass containing lemon juice mixed with litmus solution, and the liquid appearing red or pink, indicating an acidic solution	Chemistry	Solution Chemical Reaction	965	CHEMISTRY
A glass of soapy water and litmus solution mixed liquid that has been standing for a while	The model should generate an image showing a glass of soapy water mixed with litmus solution, with the solution appearing blue or purple, indicating the basic nature of soapy water	Chemistry	Solution Chemical Reaction	966	CHEMISTRY
A glass of black coffee and litmus solution mixed liquid that has been standing for a while	The model should generate an image of a glass of black coffee and litmus solution, with the liquid appearing red or pink, indicating an acidic solution	Chemistry	Solution Chemical Reaction	967	CHEMISTRY
A glass of ammonia and litmus solution mixed liquid that has been standing for a while	The model should generate an image of ammonia mixed with litmus solution, with the liquid appearing a dark blue or purple, due to the high basicity of ammonia	Chemistry	Solution Chemical Reaction	968	CHEMISTRY
A glass of apple juice and litmus solution mixed liquid that has been standing for a while	The model should generate an image of a glass of apple juice with litmus solution, with the liquid appearing red or pink, indicating that it is an acidic solution	Chemistry	Solution Chemical Reaction	969	CHEMISTRY
A glass of hydrochloric acid and phenolphthalein solution mixed liquid that has been standing for a while	The model should generate an image showing a glass of hydrochloric acid mixed with phenolphthalein solution, with the liquid appearing colorless	Chemistry	Solution Chemical Reaction	970	CHEMISTRY
A glass of sodium hydroxide solution and phenolphthalein solution mixed liquid that has been standing for a while	The model should generate an image showing a glass of sodium hydroxide solution mixed with phenolphthalein solution, with the liquid appearing pink or magenta, indicating a basic (alkaline) solution	Chemistry	Solution Chemical Reaction	971	CHEMISTRY
Vinegar after mixing with red cabbage indicator	The model should generate an image showing a clear solution of vinegar mix with indicator, the solution should look red, indicating its acidity	Chemistry	Solution Chemical Reaction	972	CHEMISTRY
The mixture of baking soda solution and vinegar in a glass	The model should generate an image showing a glass where a baking soda solution is reacting with vinegar, with visible bubbling due to the release of carbon dioxide gas	Chemistry	Solution Chemical Reaction	973	CHEMISTRY
The mixture of baking soda solution and lemon juice in a glass	The model should generate an image showing a glass of lemon juice mixed with baking soda, with the mixture fizzing and producing bubbles, due to the formation of carbon dioxide gas	Chemistry	Solution Chemical Reaction	974	CHEMISTRY
A piece of marble reacting with hydrochloric acid	The model should generate an image of a piece of marble reacting with hydrochloric acid, with visible bubbles being released from the surface of the marble due to carbon dioxide production	Chemistry	Solution Chemical Reaction	975	CHEMISTRY
A solution of calcium carbonate reacting with acetic acid	The model should generate an image showing a solution of calcium carbonate reacting with acetic acid, producing clear bubbles due to the formation of carbon dioxide	Chemistry	Solution Chemical Reaction	976	CHEMISTRY
Excess hydrochloric acid is added to a cloudy limewater solution	The model should generate an image showing a cloudy limewater solution becoming clear after excess hydrochloric acid is added, as the calcium carbonate precipitate dissolves due to the acid	Chemistry	Solution Chemical Reaction	977	CHEMISTRY
Copper sulfate solution mixing with sodium hydroxide solution in a beaker	The model should generate a image of liquid in a beaker and should show the formation of a light blue precipitate (copper hydroxide)	Chemistry	Solution Chemical Reaction	978	CHEMISTRY
Sodium sulfate solution mixing with barium chloride solution in a beaker	The model should generate a image of liquid in a beaker, and must show the formation of a white precipitate	Chemistry	Solution Chemical Reaction	979	CHEMISTRY
Silver nitrate solution mixing with potassium chromate solution in a test tube	The model should generate a image of liquid in a test tube, and must show the formation of a red precipitate	Chemistry	Solution Chemical Reaction	980	CHEMISTRY
Silver nitrate solution mixing with sodium chloride solution in a beaker	The model should generate a image of liquid in a beaker, and must show the formation of a white precipitate	Chemistry	Solution Chemical Reaction	981	CHEMISTRY
Sulfuric acid stained the T-shirt	The model should generate an image showing a T-shirt with visible damage and charring in the area where sulfuric acid was spilled, indicating the destructive nature of the acid on organic material	Chemistry	Solution Chemical Reaction	982	CHEMISTRY
A piece of wood that has been splashed with concentrated nitric acid	The model should generate an image showing a piece of wood that has been splashed with concentrated nitric acid with the wood showing signs of burning, discoloration, and degradation, from the acid corrosion	Chemistry	Solution Chemical Reaction	983	CHEMISTRY
A sheet of paper after concentrated sulfuric acid is poured on it	The model should generate an image showing a sheet of paper with significant charring, blackening, and degradation in the area where concentrated sulfuric acid was poured, illustrating the destructive and corrosive effect of the acid on organic material	Chemistry	Solution Chemical Reaction	984	CHEMISTRY
A laser beam slicing through a glass of colloid	Image depicts a clear glass or beaker filled with a fluid exhibiting the Tyndall effect. A visible laser beam should be shown passing through the fluid, with the path of the beam clearly illuminated within the fluid due to light scattering by colloidal particles. The fluid should appear slightly hazy or cloudy, not completely clear	Chemistry	Chemical Properties	985	CHEMISTRY
A molecule of methane	The model should generate an image depicting a ball-and-stick or space-filling model of a methane molecule, showing one carbon atom bonded to four hydrogen atoms, to show a simple organic molecule	Chemistry	Chemical Properties	986	CHEMISTRY
Unused charcoals	The model should generate an image showing unused charcoal, with the pieces appearing dark black, solid, and retaining their original shape and structure, representing the state before combustion	Chemistry	Chemical Properties	987	CHEMISTRY
Used charcoals	The model should generate an image showing used charcoal, with pieces that appear white or light grey, broken, indicating that they have undergone combustion and the original carbon source has been consumed	Chemistry	Chemical Properties	988	CHEMISTRY
Much Salt have been added into the protein solution in a beaker	The model should generate a beaker, and the solution in it should appear cloudy or have a visible precipitate of the protein	Chemistry	Chemical Properties	989	CHEMISTRY
A burning matchstick dipped into water	The model should generate an image showing a burning matchstick that is quickly extinguished after being dipped into water, with the charred part of the matchstick appearing darker or blacker due to the water and the extinguishing process	Chemistry	Chemical Properties	990	CHEMISTRY
White sugar crystals	The model should generate an image showing pure, white sugar crystals with a clear, well-defined crystalline structure	Chemistry	Chemical Properties	991	CHEMISTRY
Burnt sugar	The model should generate an image showing burnt sugar with a dark brown or black color, a sticky or caramelized texture, and possibly smoke or fumes	Chemistry	Chemical Properties	992	CHEMISTRY
Ammonium nitrate crystals dissolving in water in a beaker	The model should generate an image of water in a beaker with ammonium nitrate crystals being added and dissolving. The image should suggest a decrease in temperature, with condensation forming on the outside of the beaker	Chemistry	Chemical Properties	993	CHEMISTRY
Sodium hydroxide pellets dissolving in water in a beaker	The model should generate an image of water in a beaker with sodium hydroxide pellets being added and dissolving, with slight wisps of steam rising from the solution, demonstrating the released heat	Chemistry	Chemical Properties	994	CHEMISTRY
A clear solution of copper sulfate	The model should generate an image showing a transparent, bright blue solution in a glass container, representing dissolved copper sulfate	Chemistry	Chemical Properties	995	CHEMISTRY
A solution of silver nitrate before light exposure	The model should generate an image depicting a clear, colorless liquid in a transparent container. There should be no visible precipitate or cloudiness, representing a stable silver nitrate solution protected from light	Chemistry	Chemical Properties	996	CHEMISTRY
A solution of silver nitrate after light exposure	The model should generate an image depicting a solution in transparent container with the silver particles on the bottom. This showcases a container that was not covered or not shielded from radiation	Chemistry	Chemical Properties	997	CHEMISTRY
A solid sample of potassium permanganate	The model should generate an image showing dark purple or almost black crystals or powder, characteristic of solid potassium permanganate	Chemistry	Chemical Properties	998	CHEMISTRY
Potassium permanganate dissolved in water	The model should generate an image showing a deep purple or magenta solution, representing potassium permanganate dissolved in water. The intensity of the color should indicate a significant concentration	Chemistry	Chemical Properties	999	CHEMISTRY
An open container of a volatile organic solvent	The model should generate an image showing an open container holding a liquid, with visible vapors emanating from the surface. The scene should convey the rapid evaporation of the solvent and potential hazards associated with its flammability or inhalation	Chemistry	Chemical Properties	1,000	CHEMISTRY

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