In a car race on straight road
The stream of a river is flowing with a speed of 2km/h. A swimmer can swim at a speed of 4km/h. What should be the direction of the swimmer with respect to the flow of the river to cross the river straight?
13
Feb
The stream of a river is flowing with a speed of 2km/h. A swimmer can swim at a speed of 4km/h. What should be the direction of the swimmer with respect to the flow of the river to cross the river straight? A particle moves from the point (2.0 i+40 j^)m At t=0 In a [...]
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A particle moves from the point (2.0 i+40 j^)m ,
At t=0 ,
In a car race on straight road ,
the angle that the pendulum makes with the vertical is : (take g=10 m/s 2 ). ,
The bob of a simple pendulum has mass 2g and a charge of 5.0μC. It is at rest in a uniform horizontal electric field of intensity 2000 V/m. At equilibrium ,
In a car race on straight road, car A takes a times t less than car B at the finish and passes finishing point with a speed ‘v’ more than that of car B. Both the car start from rest and travel with constant acceleration a 1 and a 2 respectively. Then ‘v’ is equal to
13
Feb
In a car race on straight road, car A takes a times t less than car B at the finish and passes finishing point with a speed ‘v’ more than that of car B. Both the car start from rest and travel with constant acceleration a 1 and a 2 respectively. Then ‘v’ is equal [...]
Tags:
A particle moves from the point (2.0 i+40 j^)m ,
At t=0 ,
In a car race on straight road ,
the angle that the pendulum makes with the vertical is : (take g=10 m/s 2 ). ,
The bob of a simple pendulum has mass 2g and a charge of 5.0μC. It is at rest in a uniform horizontal electric field of intensity 2000 V/m. At equilibrium ,
In a car race on straight road, car A takes a times t less than car B at the finish and passes finishing point with a speed ‘v’ more than that of car B. Both the car start from rest and travel with constant acceleration a1 and a2 respectively. Then ‘v’ is equal to
23
Oct
In a car race on straight road, car A takes a times t less than car B at the finish and passes finishing point with a speed ‘v’ more than that of car B. Both the car start from rest and travel with constant acceleration a1 and a2 respectively. Then ‘v’ is equal to find [...]