Find the maximum distance 'd' from the horizontal centre line of the drawer at which the force F may be applied and still allow the drawer to be opened without binding at the corner. Neglect friction on the bottom of drawer and take the coefficient of static friction between the both sides of the drawer and the tube to be equal to two ( mu = 2).

Find the maximum distance 'd' from the horizontal centre line of the d

1.	Find the maximum distance 'd' from the horizontal centre line of the drawer at which the force F may be applied and still allow the drawer to be opened without binding at the corner. Neglect friction on the bottom of drawer and take the coefficient of static friction between the both sides of the drawer and the tube to be equal to two ( mu = 2).
Answer» 1.5m 2m 3m 1.2m Answer :B

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