363181 Assertion :
A reference frame attached to earth is an inertial frame of reference.
Reason :
The reference frame which has zero acceleration is called a non inertial frame of reference.

363182 The figure shows an accelerometer: a device that measures horizontal acceleration of cars and airplanes. The device consists of a ball that is free to roll on a parabolic track. A scale along the bottom is used to measure the ball’s horizontal position \(x\). What is the acceleration of the car in \(m/{s^2}\) when the displacement of the ball in the accelerometer equals 0.20 \(m\)?

363183 A cabin is moving vertically upwards with an acceleration \(a\). A massless string is attached to the ceiling of the cabin on which a bead of mass \(m\) is sliding downwards w.r.t. string with an acceleration \(a\). The tension in the string is

363184 If in a stationary lift, a man is standing with a bucket full of water, having a hole at its bottom. The rate of flow of water through this hole is \({R_0}\). If the lift starts to move up and down with same acceleration and then that rates of flow of water are \({R_u}\) and \({R_d}\) , then

363181 Assertion :
A reference frame attached to earth is an inertial frame of reference.
Reason :
The reference frame which has zero acceleration is called a non inertial frame of reference.

363182 The figure shows an accelerometer: a device that measures horizontal acceleration of cars and airplanes. The device consists of a ball that is free to roll on a parabolic track. A scale along the bottom is used to measure the ball’s horizontal position \(x\). What is the acceleration of the car in \(m/{s^2}\) when the displacement of the ball in the accelerometer equals 0.20 \(m\)?

363183 A cabin is moving vertically upwards with an acceleration \(a\). A massless string is attached to the ceiling of the cabin on which a bead of mass \(m\) is sliding downwards w.r.t. string with an acceleration \(a\). The tension in the string is

363184 If in a stationary lift, a man is standing with a bucket full of water, having a hole at its bottom. The rate of flow of water through this hole is \({R_0}\). If the lift starts to move up and down with same acceleration and then that rates of flow of water are \({R_u}\) and \({R_d}\) , then

363181 Assertion :
A reference frame attached to earth is an inertial frame of reference.
Reason :
The reference frame which has zero acceleration is called a non inertial frame of reference.

363182 The figure shows an accelerometer: a device that measures horizontal acceleration of cars and airplanes. The device consists of a ball that is free to roll on a parabolic track. A scale along the bottom is used to measure the ball’s horizontal position \(x\). What is the acceleration of the car in \(m/{s^2}\) when the displacement of the ball in the accelerometer equals 0.20 \(m\)?

363183 A cabin is moving vertically upwards with an acceleration \(a\). A massless string is attached to the ceiling of the cabin on which a bead of mass \(m\) is sliding downwards w.r.t. string with an acceleration \(a\). The tension in the string is

363184 If in a stationary lift, a man is standing with a bucket full of water, having a hole at its bottom. The rate of flow of water through this hole is \({R_0}\). If the lift starts to move up and down with same acceleration and then that rates of flow of water are \({R_u}\) and \({R_d}\) , then

363181 Assertion :
A reference frame attached to earth is an inertial frame of reference.
Reason :
The reference frame which has zero acceleration is called a non inertial frame of reference.

363182 The figure shows an accelerometer: a device that measures horizontal acceleration of cars and airplanes. The device consists of a ball that is free to roll on a parabolic track. A scale along the bottom is used to measure the ball’s horizontal position \(x\). What is the acceleration of the car in \(m/{s^2}\) when the displacement of the ball in the accelerometer equals 0.20 \(m\)?

363183 A cabin is moving vertically upwards with an acceleration \(a\). A massless string is attached to the ceiling of the cabin on which a bead of mass \(m\) is sliding downwards w.r.t. string with an acceleration \(a\). The tension in the string is

363184 If in a stationary lift, a man is standing with a bucket full of water, having a hole at its bottom. The rate of flow of water through this hole is \({R_0}\). If the lift starts to move up and down with same acceleration and then that rates of flow of water are \({R_u}\) and \({R_d}\) , then