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1. Tamika pushes a heavy box horizontally on a level floor. Unfortunately the box does not move. How great is the force of friction on the crate compared to the pushing force? 2. If Tamika increases the push, will force of friction on the box increase also? 3. Let's triple the mass of a sliding block at the same time triple the net force on it. Compare the new acceleration with the original acceleration.

1. Tamika pushes a heavy box horizontally on a level floor. Unfortunately the box does not move. How great is the force of friction on the crate compared to the pushing force? 2. If Tamika increases the push, will force of friction on the box increase also? 3. Let's triple the mass of a sliding block at the same time triple the net force on it. Compare the new acceleration with the original acceleration.

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1. Tamika pushes a heavy box horizontally on a level floor. Unfortunately the box does not move. How great is the force of friction on the crate compared to the pushing force? 2. If Tamika increases the push, will force of friction on the box increase also? 3. Let's triple the mass of a sliding block at the same time triple the net force on it. Compare the new acceleration with the original acceleration.
Transcribed Image Text:1. Tamika pushes a heavy box horizontally on a level floor. Unfortunately the box does not move. How great is the force of friction on the crate compared to the pushing force? 2. If Tamika increases the push, will force of friction on the box increase also? 3. Let's triple the mass of a sliding block at the same time triple the net force on it. Compare the new acceleration with the original acceleration.
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