[" In the figure,find the velocity of "m_(1)" in "ms^(-1)" when "m_(2)" falls by "9m" ."],[" Given "m_(1)=m,m_(2)=2m],[" (take "g=10ms^(-2)" ) "]

In figure, find the velocity of m_1 in ms^-1 when m_2 falls by 9m . Given m_1=m , m_2=2m (take g=10ms^-2 ).

In figure, find the velocity of m_1 in ms^-1 when m_2 falls by 9m . Given m_1=m , m_2=2m (take g=10ms^-2 ).

In a given figure the acceleration of M is (g=10ms^(-2))

In a given figure the acceleration of M is (g=10ms^(-2))

In a given figure the acceleration of M is (g=10ms^(-2))

In the figure, m_(1) is at rest, find the relation among m_(1),m_(2) and m_(3) ? .

In the figure, if m_(1) is at rest, find the relation among m_(1), m_(2) and m_(3) ?

In the arrangement shown in the all contact surfaces are smooth strings and pulleys are massless Given M_(1) =1kg, M_(2) =2kg, M_(3) =4kg and g =10ms^(-2) .