A car is moving rectilinearly on a horizontal path with acceleration `a_(0)`.A person sitting inside the car observes that an insect `S` is crawling up the screen with an acceleration a.If `theta` is the inclination of the wind screen with the horizontal, then the acceleration of the insect.

A car is moving rectilinearly on a horizontal path with acceleration ao. A person sitting inside the car observes that an insect S is crawling up the screen with an acceleration a. If o is the inclination of the screen with the horizontal, the acceleration of the insect

A tall elevator is going up with an acceleration of a = 4 m//s^(2) . A 4 kg snake is climbing up the vertical wall of the elevator with an acceleration of a. A 50 g insect is riding on the back of the snake and it is moving up relative to the snake at an acceleration of a. Find the friction force between the elevator wall and the snake. Assume that the snake remains straight.

A car speeds up with constant magnitude of tangential acceleration in a circular path moving in anticlockwise direction which of the following figure represents acceleration of the car

A car is speeding up on a horizontal road with an acceleration a. Consider the following situations in the car. i. A ball is suspended from the ceiling through a string and is maintaining a constant angel with the vertical. Find this angle. Ii. A block is kept on a smooth incline and does not slip on the incline. Find the angle of the incline with a horizontal.

A plumb line is suspended from a celling of a car moving with horizontal acceleration of a. What will be the angle of inclination with vertical?

A plumb line is suspended from a ceiling of a car moving with horizontal acceleration of a . What will be the angle of inclination with vertical

A plumb line is suspended from a ceiling of a car moving with horizontal acceleration of a . What will be the angle of inclination with vertical

A bob is hanging over a pulley inside a car through a string. The second end of the string is in the hand of a person standing in the car. The car is moving with constant acceleration 'a' directed horizontally as shown in figure. Other end of the string is pulled with constant acceleration ‘a’ vertically. The tension in the string is –

A bob is hanging over a pulley inside a car through a string. The second end of the string is in the hands of a person standing in the car. The car is moving with constant acceleration a directed horizontally as shown in fig. The other end of the string is pulled with constant acceleration a vertically. The tension in the string is equal to