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A cylinder with a 3 square inch piston and a 1 square inch rod is pushing a 1,261 lb load up an inclined plane at an angle of 42 degrees. The final speed is 30 ft/min and the acceleration distance is 0.75 in. The coefficient of friction between the load and the surface is 0.3. What force (in lbs) is required to accelerate the load up the hill. 217.8

A cylinder with a 3 square inch piston and a 1 square inch rod is pushing a 1,261 lb load up an inclined plane at an angle of 42 degrees. The final speed is 30 ft/min and the acceleration distance is 0.75 in. The coefficient of friction between the load and the surface is 0.3. What force (in lbs) is required to accelerate the load up the hill. 217.8

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Please show how to calculate the force of the cylinder required to accelerate the 1261 lb load up the incline in the given context. ANSWER SHOWN 

You Answered Correct Answer A cylinder with a 3 square inch piston and a 1 square inch rod is pushing a 1,261 lb load up an inclined plane at an angle of 42 degrees. The final speed is 30 ft/min and the acceleration distance is 0.75 in. The coefficient of friction between the load and the surface is 0.3. What force (in lbs) is required to accelerate the load up the hill. 217.8 1,203.09 margin of error +/- 5%
Transcribed Image Text:You Answered Correct Answer A cylinder with a 3 square inch piston and a 1 square inch rod is pushing a 1,261 lb load up an inclined plane at an angle of 42 degrees. The final speed is 30 ft/min and the acceleration distance is 0.75 in. The coefficient of friction between the load and the surface is 0.3. What force (in lbs) is required to accelerate the load up the hill. 217.8 1,203.09 margin of error +/- 5%
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