In figure both the pulleys are massless and frictionless. A force F (of any possible magnitude) is applied in horizontal direction. There is no friction between M and the ground. μ1 and μ2 are coefficients of friction as shown between the blocks. Column I gives the different relations between μ1 and μ2 and Column II is regarding the motion of M. Match the columns.Column IColumn IIi. If μ1=μ2=0a. may accelerate towards rightii. If μ1=μ2≠0b. may accelerate towards leftiii. If μ1>μ2c. does not accelerateiv. If μ1<μ2d. may or may not accelerate

In figure both the pulleys are massless and frictionless. A force F (o

1.	In figure both the pulleys are massless and frictionless. A force F (of any possible magnitude) is applied in horizontal direction. There is no friction between M and the ground. μ1 and μ2 are coefficients of friction as shown between the blocks. Column I gives the different relations between μ1 and μ2 and Column II is regarding the motion of M. Match the columns.Column IColumn IIi. If μ1=μ2=0a. may accelerate towards rightii. If μ1=μ2≠0b. may accelerate towards leftiii. If μ1>μ2c. does not accelerateiv. If μ1<μ2d. may or may not accelerate
Answer» In figure both the pulleys are massless and frictionless. A force $F$ (of any possible magnitude) is applied in horizontal direction. There is no friction between $M$ and the ground. $μ_{1}$ and $μ_{2}$ are coefficients of friction as shown between the blocks. Column I gives the different relations between $μ_{1}$ and $μ_{2}$ and Column II is regarding the motion of $M$ . Match the columns. $\begin{matrix} Column I & Column II i. If μ_{1} = μ_{2} = 0 & a. may accelerate towards right ii. If μ_{1} = μ_{2} \neq 0 & b. may accelerate towards left iii. If μ_{1} > μ_{2} & c. does not accelerate iv. If μ_{1} < μ_{2} & d. may or may not accelerate \end{matrix}$

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