If the tension `T` needed to hold the cart equilibrium is `(sqrt3W)/(x)` there is no friction. Find value of x
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Find the tension to hold the car equilibrium, if there is no friction.

A block of weight W is placed on a wedge and arranged as shown in fig. find the force F needed to hold the cart equilibrium if there is no friction.

A block of weight W is placed on a wedge and arranged as shown in fig. find the force F needed to hold the cart equilibrium if there is no friction.

Find the derivative of the w.r.t.x sqrt (cos sqrtx)

Find the derivative of e^(sqrt(x)) w.r.t. x .

Find the derivative of sqrt(5-x) w.r.t. x .

If mean value theorem holds good for the function f(x)=(x-1)/(x) on the interval [1,3] then the value of 'c' is 2 (b) (1)/(sqrt(3))( c) (2)/(sqrt(3))(d)sqrt(3)

Find the differentiation of sqrt(xsinx) w.r.t. \ x

If 'O' is at equilibrium then the values of the tension T_(1) and T_2 respectively.

If 'O' is at equilibrium then the values of the tension T_(1) and T_2 respectively.