Question

An individual lifts an 80 kg weight to a height of 2.02 m. When the weight is held overhead, what is the potential energy? What is the kinetic energy? a. PE = 0 N-m, KE = 162 N-m b. PE = 162 N-m, KE = 0 N-m c. PE = 0 N-m, KE = 1585 N-m d. PE = 1585 N-m, KE = 0 N-m

Name: an individual lifts an 80 kg weight to a height of 202 m when the weight is held overhead what is the potential energy what is the kinetic energy a pe 0 n m ke 162 n m b pe 162 n m ke 0 n m 44238
Uploaded: 2022-06-13T10:59:44-08:00
Duration: 2 min 29 s
Channel: Shaiju T
Description: an individual lifts an 80 kg weight to a height of 202 m when the weight is held overhead what is the potential energy what is the kinetic energy a pe 0 n m ke 162 n m b pe 162 n m ke 0 n m 44238

          An individual lifts an 80 kg weight to a height of 2.02 m. When
the weight is held overhead, what is the potential energy? What is
the kinetic energy?
a. PE = 0 N-m, KE = 162 N-m
b. PE = 162 N-m, KE = 0 N-m
c. PE = 0 N-m, KE = 1585 N-m
d. PE = 1585 N-m, KE = 0 N-m

Added by Nicole G.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Shaiju T

06/13/2022

Step 1

Given: Mass (M) = 80 kg Acceleration due to gravity (g) = 9.81 m/s^2 Height (h) = 2.02 m Potential Energy (PE) = M * g * h PE = 80 kg * 9.81 m/s^2 * 2.02 m PE = 1585.64 J Show more…

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An individual lifts an 80 kg weight to a height of 2.02 m. When the weight is held overhead, what is the potential energy? What is the kinetic energy? a. PE = 0 N-m, KE = 162 N-m b. PE = 162 N-m, KE = 0 N-m c. PE = 0 N-m, KE = 1585 N-m d. PE = 1585 N-m, KE = 0 N-m