In a physics lab, a Hot Wheels car starts at an elevated position, moves down an incline to the level ground, strikes a box and skids to a stop. Consider three states for the car: state A is the top of the incline; state B is the bottom of the incline before striking the box; state C is after the car has been brought to a stop. Use the diagram above (Image #4) and your understanding of the work-energy theorem to construct bar charts for the motion from A to B and from B to C. please help!
In a physics lab, a Hot Wheels car starts at an elevated position, moves down an incline to the level ground, strikes a box and skids to a stop. Consider three states for the car: state A is the top of the incline; state B is the bottom of the incline before striking the box; state C is after the car has been brought to a stop. Use the diagram above (Image #4) and your understanding of the work-energy theorem to construct bar charts for the motion from A to B and from B to C. please help!
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In a physics lab, a Hot Wheels car starts at an elevated position, moves down an incline to the level ground, strikes a box and skids to a stop. Consider three states for the car: state A is the top of the incline; state B is the bottom of the incline before striking the box; state C is after the car has been brought to a stop. Use the diagram above (Image #4) and your understanding of the work-energy theorem to construct bar charts for the motion from A to B and from B to C.
please help!
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