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dmseager7531
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Hello, not looking for much help on the problem, rather I am seeking someone to try and solve this problem and tell me I'm not crazy that the so called "correct" answers above are wrong.
dmseager7531 said:
Hello, not looking for much help on the problem, rather I am seeking someone to try and solve this problem and tell me I'm not crazy that the so called "correct" answers above are wrong.
Power using horizontal force is a measure of how quickly work is being done by an object moving horizontally. It is the product of the horizontal force and the velocity of the object.
Power using horizontal force is calculated by multiplying the horizontal force applied to an object by the object's velocity in the horizontal direction. The unit of measurement for power is watts (W).
The relationship between power and horizontal force is that power is directly proportional to horizontal force. This means that as the horizontal force increases, the power also increases at the same rate.
Power using horizontal force affects the work done by an object by determining how quickly the work is being done. The higher the power, the faster the work is being done.
Examples of power using horizontal force in everyday life include pushing a shopping cart, riding a bike, and using a lawn mower. In all of these activities, horizontal force is applied to move an object horizontally, and the speed at which the object is moving determines the power being used.