Can you help me with that? 5. There are two masses with unequal weight. The masses are tied by a ropeand they are connected over two pulleys as shown in Figure 1. When thesystem is released, heavier mass accelerates downward and lighteraccelerates upward. Assume frictionless pulleys, find the theoreticaltension of the thread and the theoretical acceleration. Masses are M1=6.00 kg and M2= 2.00 kg. Two discs are allowed to move on inclined airtable with dimensions a= 11cm, b=17cm, c=60cm. (Hint: You can use freebodydiagramandM1Newton'WB.M2s secondof atlawmotionequation (F=m.a) to solve tension, g=980cm/s².)

Given data: m1=6kg m2=2kg The tension in rope will be same throughout, and acceleration of both…

There are two masses with unequal weight. The masses are tied by a rope and they are connected over two pulleys as shown in Figure 1. When the system is released beavier mass accelerates downward and lighter

There are two masses with unequal weight. The masses are tied by a rope and they are connected over two pulleys as shown in Figure 1. When the system is released beavier mass accelerates downward and lighter

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

Can you help me with that?

5. There are two masses with unequal weight. The masses are tied by a rope
and they are connected over two pulleys as shown in Figure 1. When the
system is released, heavier mass accelerates downward and lighter
accelerates upward. Assume frictionless pulleys, find the theoretical
tension of the thread and the theoretical acceleration. Masses are M1=
6.00 kg and M2= 2.00 kg. Two discs are allowed to move on inclined air
table with dimensions a= 11cm, b=17cm, c=60cm. (Hint: You can use free
body
diagram
and
M1
Newton'
WB.
M2
s second
of at
law
motion
equation (F=m.a) to solve tension, g=980cm/s².)

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