[" A man is standing at the center of frictionless "],[" pond of ice.How can he get himselfto the shore? "],[" (a) By throwing his shirt in vertically upward "],[" direction "],[" (b) By spitting horizontally "],[" (c) He will wait for the ice to melt in pond "],[" (d) Unable to get at the shore "]

A man is standing at the center of frictionless pond of ice. How can he get himself to the shore ?

A man is at rest in the middle of a pond on perfectly frictonless ice how can he get himself to the shore

A man is at rest in the middle of a pond on perfectly smooth ice. He can get himself to the shore by making use of Newtons

A man is at rest in the middle of a pond on perfectly smooth ice. He can get himself to the shore by making use of Newton's

A man is at rest in the middle of apond on perfectly smooth ice. He can get himself to the shore by making use of Newton's

A man is standing at the centre of a large flat slab of ice.He can get himself to the edge of slab by spitting or blowing air in the forward direction.(assuming the ice to be frictionless) Name the principle/law involved in this.

A man is at rest in the middle of an ice pond. If ice is perfectly smooth, then he can get started himself to move the shore by making use of Newton's (a) First law (b) Second law ( c ) Third law (d) First and third law

A person is standing on an open car moving with a constant velocity of 30 m/s on a straight horizontal road.The men throws a ball in the vertically upward direction and it return to the person after the car has moved 240 m. The speed and angel of projection In the previous problem if the car moving with a constant acceleration of 2 m/ s^2 , the ball will fall behind the person at a distance A. 32m B. 64m C. 96m D. 16m

A ,man wishing to cross a river flowing with velocity u jumps at an angle theta with the river flow. (a) Find the net velocity of the man with respect to ground if he can swim with speed v in still water. (b) In what direction does the boat actually move ? ( c) Find how far from the point directly opposite to the starting point does the boat reach the opposite bank, if the width of the river is d .