What vocabulary word does this picture show?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
Look at the picture. It shows the reactants and products in the elephant toothpaste reaction. What are the reactants?
Look at the picture. It shows the reactants and products in the elephant toothpaste reaction. What is the product?
Is this equation balanced?
Why? How do you know?
Is this equation balanced?
Why? How do you know?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
What vocabulary word does this picture show?

Does this picture show a change that is reversible or irreversible?
Why?
In what direction does heat transfer?
This picture shows a woman holding a cup of hot tea.
Is this an example of radiation, conduction, or convection?
Why?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
What kind of energy transformation is happening in the picture?
What kind of energy transformation is happening in this picture?
What kind of energy does the roller coaster have at the top of the hill at point A?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
What vocabulary word does this picture show?
Which house has damage?
This cup has gone above its elastic limit. Why?
Look at the picture. The angry boy is applying a force to the chair.
Is the chair deforming?
What is true about the forces in the collision between the soccer player's head and the ball?
What is the correct way to balance this equation?
What kind of energy does the roller coaster have when it is moving down the hill at point B?
What happens as the roller coaster moves from point A to point B?
What happens to the ball when the player's head applies a force to it?
If the speed of the ball increased, what would happen to the forces in the collision?