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When dropping a rock from 2 different heights, what stays the same 2 feet before hitting the ground?
Boy 2 has twice as much potential energy as Boy 1
To the right
Their mass increases.
change in velocity divided by time
The mass of the rocks is greater than the mass of the confetti
light energy to chemical energy
Direction and position
The box has an unbalanced force acting upon it.
If student A pushes the box to the right with 200N of force, and student B pushes the box 100N to the left, which way wll thwe box move?
Boy 2 has twice as much potential energy as Boy 1
To the right
Their mass increases.
change in velocity divided by time
The mass of the rocks is greater than the mass of the confetti
light energy to chemical energy
Direction and position
The box has an unbalanced force acting upon it.
To calculate acceleration
Boy 2 has twice as much potential energy as Boy 1
To the right
Their mass increases.
change in velocity divided by time
The mass of the rocks is greater than the mass of the confetti
light energy to chemical energy
Direction and position
The box has an unbalanced force acting upon it.
When elements react to form a compound
Boy 2 has twice as much potential energy as Boy 1
To the right
Their mass increases.
change in velocity divided by time
The mass of the rocks is greater than the mass of the confetti
light energy to chemical energy
Direction and position
The box has an unbalanced force acting upon it.
Trees transform energy for photosynthesis with
Boy 2 has twice as much potential energy as Boy 1
To the right
Their mass increases.
change in velocity divided by time
The mass of the rocks is greater than the mass of the confetti
light energy to chemical energy
Direction and position
The box has an unbalanced force acting upon it.
Boy 1 is standing on a step that is 1 foot tall. Boy 2 is standing on a step that is 2 feet high.
Boy 2 has twice as much potential energy as Boy 1
To the right
Their mass increases.
change in velocity divided by time
The mass of the rocks is greater than the mass of the confetti
light energy to chemical energy
Direction and position
The box has an unbalanced force acting upon it.
If you have a box of confetti and an equal-sized box of rocks, what do you know about their mass?
Boy 2 has twice as much potential energy as Boy 1
To the right
Their mass increases.
change in velocity divided by time
The mass of the rocks is greater than the mass of the confetti
light energy to chemical energy
Direction and position
The box has an unbalanced force acting upon it.
Why does the box move?
Boy 2 has twice as much potential energy as Boy 1
To the right
Their mass increases.
change in velocity divided by time
The mass of the rocks is greater than the mass of the confetti
light energy to chemical energy
Direction and position
The box has an unbalanced force acting upon it.
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