A student wants to determine the weight of the heaviest object she can push up an incline with a constant speed. She knows that she can apply a 300N force on the object up the incline. Neglect any friction and drag impeding the motion. How many forces will be acting on the object? Will all forces on the object be balanced? What will the net force on the object be? unit What is the weight of the heaviest object she can push? 17° unit
A student wants to determine the weight of the heaviest object she can push up an incline with a constant speed. She knows that she can apply a 300N force on the object up the incline. Neglect any friction and drag impeding the motion. How many forces will be acting on the object? Will all forces on the object be balanced? What will the net force on the object be? unit What is the weight of the heaviest object she can push? 17° unit
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Transcribed Image Text:A student wants to determine the weight of the heaviest object she can push up an
incline with a constant speed. She knows that she can apply a 300N force on the
object up the incline. Neglect any friction and drag impeding the motion.
How many forces will be acting on the object?
Will all forces on the object be balanced?
What will the net force on the object be?
unit
What is the weight of the heaviest object she can push?
17°
unit
cannot be deter
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Step 1
Solution:
The free-body diagram of the force acting on the object moving up the inclined plane is shown in the figure below.
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