Mechanical energy also known as motion energy. It is one of the only types of energy that is easy to see. It's describes how an object, or a system moves based on its position or motion. Give one example of engineering design around you that have mechanical energy such as kinetic energy and potential energy. Based on the example given, in your own word, а) explain how the kinetic energy change into the potential energy or vice-versa. b) describe the connection between the concept of power and work. c) how to ensure your design produce more power. Provide some calculation to support your answer. d) describe how the conservative force effect the system in the example given.

Mechanical energy also known as motion energy. It is one of the only types of energy that is easy to see. It's describes how an object, or a system moves based on its position or motion. Give one example of engineering design around you that have mechanical energy such as kinetic energy and potential energy. Based on the example given, in your own word, а) explain how the kinetic energy change into the potential energy or vice-versa. b) describe the connection between the concept of power and work. c) how to ensure your design produce more power. Provide some calculation to support your answer. d) describe how the conservative force effect the system in the example given.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Question

Mechanical energy also known as motion energy. It is one of the only types of energy
that is easy to see. It's describes how an object, or a system moves based on its position
or motion. Give one example of engineering design around you that have mechanical
energy such as kinetic energy and potential energy. Based on the example given, in
your own word,
а)
explain how the kinetic energy change into the potential energy or vice-versa.
b)
describe the connection between the concept of power and work.
c)
how to ensure your design produce more power. Provide some calculation to
support your answer.
d)
describe how the conservative force effect the system in the example given.

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