The inclined surface is rough `mu = (1)/(2)`. For different values of m and M system slides down or up the plane or remains stationary. Match the appropriate entries of column-1 with those of column-2 `{:(,"Column-1",,"Column-2"),("(A)","Minimum value of " (m)/(M) "so theta m slides down","(P)",(5)/(3)),("(B)","Minimum valie of " (M)/(m)"so that m slides up","(Q)",1),("(C)","Value of" (m)/(M) "so that friction force on m is zero","(R)",(3)/(5)),("(D)",underset("and acceleration of M")"Ratio of vertical component of acceleration of m","(S)",5):}`

The inclined surface is rough `mu = (1)/(2)`. For different values of

1.	The inclined surface is rough `mu = (1)/(2)`. For different values of m and M system slides down or up the plane or remains stationary. Match the appropriate entries of column-1 with those of column-2 `{:(,"Column-1",,"Column-2"),("(A)","Minimum value of " (m)/(M) "so theta m slides down","(P)",(5)/(3)),("(B)","Minimum valie of " (M)/(m)"so that m slides up","(Q)",1),("(C)","Value of" (m)/(M) "so that friction force on m is zero","(R)",(3)/(5)),("(D)",underset("and acceleration of M")"Ratio of vertical component of acceleration of m","(S)",5):}`
Answer» Correct Answer - A-S; B-Q; C-P; D-R

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