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opic: Dynamics (Work, Energy, Power) Determine:  (a) The force (parallel the inclined) required to move the block. (b) The rate of work done in 10 seconds (c) The initial velocity (Vi) of the block if its velocity at 10 meters is 30 m/s. *Please answer with complete and in order solution. *Three decimal places all final answers. *Include figures and Free Body Diagram with proper labels. *Enclose with a box all final answers.

opic: Dynamics (Work, Energy, Power) Determine:  (a) The force (parallel the inclined) required to move the block. (b) The rate of work done in 10 seconds (c) The initial velocity (Vi) of the block if its velocity at 10 meters is 30 m/s. *Please answer with complete and in order solution. *Three decimal places all final answers. *Include figures and Free Body Diagram with proper labels. *Enclose with a box all final answers.

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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Topic: Dynamics (Work, Energy, Power)

Determine: 

(a) The force (parallel the inclined) required to move the block.

(b) The rate of work done in 10 seconds

(c) The initial velocity (Vi) of the block if its velocity at 10 meters is 30 m/s.


*Please answer with complete and in order solution.

*Three decimal places all final answers.

*Include figures and Free Body Diagram with proper labels.

*Enclose with a box all final answers.

 

THANK YOU

The total energy required to move a 10-N block up a 25-degree incline for 10 meters is 500 Joule. A frictional force of 10-N opposes the motion of the block. Determine force (parallel the inclined) required to move the block, the rate of work done if the work was done in 10 seconds and the initial velocity of the block if its velocity at 10 meters is 30 m/s.
Transcribed Image Text:The total energy required to move a 10-N block up a 25-degree incline for 10 meters is 500 Joule. A frictional force of 10-N opposes the motion of the block. Determine force (parallel the inclined) required to move the block, the rate of work done if the work was done in 10 seconds and the initial velocity of the block if its velocity at 10 meters is 30 m/s.
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