Domain: Chemistry / acid_reaction

turn: 1
modality: image
input: Please generate a concise chemical laboratory bench scene: A substance is contained in a <brown glass reagent bottle with a ground glass stopper>. The substance must have the following observable appearance: <a colorless, clear, fuming liquid. It is stored in a sealed container to prevent fume escape.>. The background should be a <laboratory environment: bench top with basic equipment outlines, avoiding clutter and text labels>.
output: evaluation_points: 1. The generated container is correct, specifically a <brown glass reagent bottle with a ground glass stopper>.

2. The color and physical form of the target substance (liquid) conforms to '<a colorless, clear, fuming liquid>'.

3. The substance is correctly stored in a <sealed container to contain fumes>, and the fill level is appropriate (e.g., not overflowing).

4. The background is a simple laboratory bench scene.

turn: 2
modality: text
input: Based on the appearance of the substance in the input image, and given that this substance is known to have the following properties: <1. It is a strong oxidizing agent. 2. It reacts vigorously with most metals, often producing nitrogen oxides. 3. It is miscible with water in all proportions with the release of heat.>, please select the substance it most likely is from the following options:

A. Concentrated Sulfuric Acid (H2SO4)
B. Nitric Acid (HNO3)
C. Acetic Acid (CH3COOH)
D. Hydrochloric Acid (HCl)
E. None of the above
output: answer: B

turn: 3
modality: image
input: We will subsequently refer to the substance you identified earlier as the 'target substance'. Please generate the early reaction phenomenon when the target substance (Nitric Acid) comes into contact with <Copper (Cu) metal> under the condition of <using dilute nitric acid at room temperature>. The background is a simple laboratory bench.
output: evaluation_points: 1. The test tube and liquid fill level are reasonable, approximately one-third full.

2. The liquid color in the test tube conforms to the <colorless> characteristic of <dilute nitric acid>.

3. The state of the material in the test tube conforms to <Nitric Acid> (a liquid) and <Copper> (a reddish-brown solid piece or turnings).

4. The reaction phenomenon inside the test tube conforms to the setting: '<A slow evolution of colorless gas (nitric oxide, NO) is observed. The solution may begin to turn a pale blue color due to the formation of copper(II) ions.>'. The copper metal should be visibly reacting.

5. The image background is a simple laboratory bench.

turn: 4
modality: image
input: Keeping all other irrelevant conditions from the previous dialogue unchanged, change one condition to <using concentrated nitric acid at room temperature>, and generate the reaction phenomenon under this new condition. The background environment remains unchanged.
output: evaluation_points: 1. The test tube and fill level are reasonable, approximately one-third full, identical to the previous round.

2. The liquid color in the test tube conforms to the <colorless to pale yellow> characteristic of <concentrated nitric acid>.

3. The state of the material in the test tube conforms to <Nitric Acid> and <Copper>, maintaining a basic consistency in form with the previous round (e.g., both show solid copper pieces).

4. The reaction phenomenon inside the test tube conforms to the setting: '<A rapid, vigorous evolution of reddish-brown fumes (nitrogen dioxide, NO2) is observed. The solution turns a deep green or blue-green color.>'. This should be visually distinct from the previous round's slow, colorless gas evolution.

The image background is a simple laboratory bench scene, identical to the background in the image generated in turn 1.