33. When you increase the mass of an object (while keeping the applied force the same) what happens to the rate of acceleration? Explain why this occurs using your understanding of Inertia (an object's resistance to a change in motion).< Click here to enter text.< 34. When you apply a constant force to an object does the object move at a constant velocity or does its velocity ncrease? Explain why this occurs using your understanding of acceleration/force (gravity).< Click here to enter text.<
33. When you increase the mass of an object (while keeping the applied force the same) what happens to the rate of acceleration? Explain why this occurs using your understanding of Inertia (an object's resistance to a change in motion).< Click here to enter text.< 34. When you apply a constant force to an object does the object move at a constant velocity or does its velocity ncrease? Explain why this occurs using your understanding of acceleration/force (gravity).< Click here to enter text.<
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Transcribed Image Text:33. When you increase the mass of an object (while keeping the applied force the same) what happens to the rate
of acceleration? Explain why this occurs using your understanding of Inertia (an object's resistance to a change in
motion).<
Click here to enter text.<
34. When you apply a constant force to an object does the object move at a constant velocity or does its velocity
increase? Explain why this occurs using your understanding of acceleration/force (gravity).<
Click here to enter text.<
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