A system of men and trolley is shown in Fig. To the left end of the string, a trolley of mass 
is connected on which a man of mass 
is standing. To the right end of the string another trolley of mass 
is connected on which a man 
is standing. Initially, the system is at rest. All of a sudden both the men leap upwards simultaneously with the same velocity 
w.r. t. ground
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Find the relative velocity of left man with respect to his trolley just after he leaps upwards
a)
b)
c)
d)
is connected on which a man of mass is standing. To the right end of the string another trolley of mass is connected on which a man is standing. Initially, the system is at rest. All of a sudden both the men leap upwards simultaneously with the same velocity w.r. t. groundFind the relative velocity of left man with respect to his trolley just after he leaps upwards
a)
b)
c)
d)
Question ID - 101214 | SaraNextGen Top Answer A system of men and trolley is shown in Fig. To the left end of the string, a trolley of mass is connected on which a man of mass is standing. To the right end of the string another trolley of mass is connected on which a man is standing. Initially, the system is at rest. All of a sudden both the men leap upwards simultaneously with the same velocity w.r. t. ground
Find the relative velocity of left man with respect to his trolley just after he leaps upwards
a)
b)
c)
d)
A system of men and trolley is shown in Fig. To the left end of the string, a trolley of mass is connected on which a man of mass is standing. To the right end of the string another trolley of mass is connected on which a man is standing. Initially, the system is at rest. All of a sudden both the men leap upwards simultaneously with the same velocity w.r. t. ground
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Find the relative velocity of left man with respect to his trolley just after he leaps upwards |
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a) |
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b) |
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c) |
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d) |
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(c)
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Solve to get
Relative velocity of left man w.r.t. his trolley:
