Two blocks of masses 10 kg and 30 kg are placed along a vertical line. The first block is raised through a height of 7 cm. By what distance should the second mass be moved to raise the center of mass by 1 cm?
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ANSWER::
Two masses m₁ and m₂ are kept in a vertical line.
m₁=10 kg m₂= 30 kg
y₁ = 7cm y₂ = ?
The centre of mass is raised by 1 cm.
Centre of mass = (m₁y₁+m₂y₂) / (m₁+m₂)
1 = (10x7₁+30y₂) / (10+30)
1 = (70+30y₂) / 40
40 = 70+30y₂
30y₂ = -30
y₂ = -1
So , m₂ = 30 kg body should be displaced 1 cm downward so , as to raise the centre of mass through 1 cm.
Hope it helps!
ANSWER::
Two masses m₁ and m₂ are kept in a vertical line.
m₁=10 kg m₂= 30 kg
y₁ = 7cm y₂ = ?
The centre of mass is raised by 1 cm.
Centre of mass = (m₁y₁+m₂y₂) / (m₁+m₂)
1 = (10x7₁+30y₂) / (10+30)
1 = (70+30y₂) / 40
40 = 70+30y₂
30y₂ = -30
y₂ = -1
So , m₂ = 30 kg body should be displaced 1 cm downward so , as to raise the centre of mass through 1 cm.
Hope it helps!
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33
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