Which Indian cricketer is known as "Brown Bradman"?

Why, at Stockholm in 1912, did Jim Thorpe have his medals taken away after winning the decathlon and pentathlon?

Harry Osborn is the offsider to which comic book superhero?

Which characterises an oud?

Where is the highest mountain in Brazil?

Which is a branch of health care devoted to the study, diagnosis and treatment of disorders of the foot, ankle..........

When comedy and folk-pop group The Humblebums broke up in 1971 and the artists went on to pursue solo careers...........

In the late 18th century what was the term "dephlogisticated" applied to?

Which pope was elected in 1414, ending the situation where there were multiple Popes?

Which Formula One team, founded in 1963 by a New Zealander, were first to design a car using a carbon fibre monocoque?

A simple pendulum with length l and bob of mass m execute simple harmonic motion of small amplitude A. What would be the maximum tension in the string?

The tension in the string at any position is given by the formula: T = m x g x cos(a) + m x (v)Exp 2 / L T = tension in the string m= mass of the bob a = the angle v= velocity of the mass L = lenght of the string The maximum tension is achieved when a = 0, then cos (0) =1 and v = maximum velocity

A spherical shell of mass m is resting on the rough horizontal plane with a coefficient of friction 0.3 a horizontal force act at a distance of 5r/3 from the baseline where r is the radius of the sphere. Find work done by friction body has moved by a distance of gm/r from the initial position?

An object of mass m = 2 kg is lying on a rough inclined slope such that it is at rest. Find the magnitude of contact force acting on the object (in Newtons).

Assume g=10 Coefficient of friction = .8 Angle of elevation = 30

A wooden block of mass m resting on a rough horizontal table is pulled by a force F as shown in figure. If k is the Coefficient of friction between block and table. What will be its acceleration?

A particle moves in a straight line such that the displacement x at any time 't' is given by x = 6t^2 - t^3 - 3t - 4. x is in meter and t is in seconds. Calculate the maximum velocity of the particle in m/s?