8 Rm.αLm.1/3 LA,m, J,Given parameters:mp = 10 kgL-1mR = 0.5 m = 2 rNAY = 40 Ng= 9.8 m/s?a = 45° h) Calculate the weights of mw and m, so that the system would be in an equilibrium state .Use T2 = 80 Nm w =kgm, =kgGiven that the system is NOT in an equilibrium state (mw and m, differ from the valuescalculated in h):1.Calculate the rope force T2 if the weight m, accelerates twice as fast as mw (y"b = 2 x"w)Use mw = 0.5 mbT2 =kg

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Answered: T, g m. a m, L 1/3 L m,, J, AY

Engineering

Mechanical Engineering

T, g m. a m, L 1/3 L m,, J, AY

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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Question

R
m.
α
L
m.
1/3 L
A,
m, J,
Given parameters:
mp = 10 kg
L-1m
R = 0.5 m = 2 r
NAY = 40 N
g= 9.8 m/s?
a = 45°

h) Calculate the weights of mw and m, so that the system would be in an equilibrium state .
Use T2 = 80 N
m w =
kg
m, =
kg
Given that the system is NOT in an equilibrium state (mw and m, differ from the values
calculated in h):
1.Calculate the rope force T2 if the weight m, accelerates twice as fast as mw (y"b = 2 x"w)
Use mw = 0.5 mb
T2 =
kg

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