The figure below is that of an object being pushed up an incline. The object has mass of m - 4.9 kg and it is pushed up the incline with a force of F= 26.0 N to the top at a constant speed. The incline is 12-meters long and h-3.1 meters high. Based on this information, please determine the efficiency for this inclined plane to three decimal places. Enter your answer as a decimal, not a percentage (0.224 and not 22.4%) Your Answer: 12.0 m F E
The figure below is that of an object being pushed up an incline. The object has mass of m - 4.9 kg and it is pushed up the incline with a force of F= 26.0 N to the top at a constant speed. The incline is 12-meters long and h-3.1 meters high. Based on this information, please determine the efficiency for this inclined plane to three decimal places. Enter your answer as a decimal, not a percentage (0.224 and not 22.4%) Your Answer: 12.0 m F E
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Transcribed Image Text:The figure below is that of an object being pushed up an incline. The object has mass of m - 4.9 kg and it is
pushed up the incline with a force of F= 26.0 N to the top at a constant speed. The incline is 12-meters long
and h 3.1 meters high. Based on this information, please determine the efficiency for this inclined plane to
three decimal places. Enter your answer as a decimal, not a percentage (0.224 and not 22.4%)
Your Answer:
12.0 m
F
E
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