Consider the reaction represented by the space-fill models shown. Drag the correct label to each box.
Blank 1 represents the substance(s) on the left.
Blank 2 represents the arrow in the middle.
Blank 3 represents the substance(s) on the right.
(2 points)
Drop target 1
Drop target 2
Drop target 3
( reaction occurs, ball and stick, products, physical change, reactants )
p
Drop target 1: Reactants
Drop target 2: Reaction occurs
Drop target 3: Products
When hydrogen gas burns in the presence of oxygen, atoms are rearranged and a new substance is formed. Which of these statements BEST describes what happens?(1 point)
Responses
The properties of the new substance are different, so a physical change took place.
The properties of the new substance are different, so a physical change took place.
The properties of the new substance are the same, so a physical change took place.
The properties of the new substance are the same, so a physical change took place.
The properties of the new substance are different, so a chemical change took place.
The properties of the new substance are different, so a chemical change took place.
The properties of the new substance are the same, so a chemical change took place.
The correct statement is: "The properties of the new substance are different, so a chemical change took place."
Without seeing the space-fill models, it is difficult to provide specific labels for each blank. However, I can provide some general information on how to approach this type of question.
Blank 1 typically represents the substance(s) on the left side of the reaction arrow, which are the reactants. Reactants are the starting materials that undergo a chemical reaction.
Blank 2 represents the arrow in the middle, which typically indicates a chemical reaction is occurring. The arrow represents the conversion of reactants into products.
Blank 3 typically represents the substance(s) on the right side of the reaction arrow, which are the products. Products are the new substances formed as a result of the chemical reaction.
As for the options in the drop targets, usually, you would need to select the appropriate term that describes the reaction or the components involved, such as physical change, reactants, or products.
Again, without the specific space-fill models, it is not possible to give precise answers for each blank.
To determine the correct labels for each box, we need to analyze the given space-fill models of the reaction. Here's how we can approach it:
1. Look at Blank 1: This represents the substance(s) on the left side of the reaction. Examine the given space-fill models and identify the substances present on the left side.
2. Look at Blank 2: This represents the arrow in the middle. The arrow in a chemical reaction indicates the direction in which the reaction proceeds. Determine what type of arrow is shown in the given models.
3. Look at Blank 3: This represents the substance(s) on the right side of the reaction. Examine the given space-fill models and identify the substances present on the right side.
By carefully analyzing the space-fill models, you can now determine the correct labels to drop in each box: Drop target 1, Drop target 2, and Drop target 3. Try matching the labels with the corresponding components of the reaction models to complete the task.