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Laws of Motion

270069 Which of the following is the most significant law of motion given by Newton?

1 First law of motion
2 Second law of motion
3 Third law of motion
4 Zeroth law of motion
Laws of Motion

270070 The quantity of motion of a body is best represented by

1 its mass
2 its speed
3 its velocity
4 its linear momentum
Laws of Motion

270071 A certain particle undergoes erratic motion. At every point in its motion, the direction of the particle's momentum is always

1 the same as the direction of its velocity
2 the same as the direction of its acceleration
3 the same as the direction of its net force
4 the same as the direction of its kinetic energy
Laws of Motion

270072 Inside a railway car a plumb bob is suspended from the roof and a helium filled balloon is tied by a string to the floor of the car. When the railway car accelerates to the right, then

1 both the plumb bob and balloon move to the left
2 both the plumb bob and balloon move to the right
3 plumb bob moves to the left and the balloon moves to the right
4 plumb bob moves to the right and the balloon moves to the left
Laws of Motion

270073 A constant force ( \(\mathbf{F}\) ) is applied on a stationary particle of mass ' \(m\) '. The velocity attained by the particle in a certain displacement will be proportional to

1 \(m\)
2 \(1 / m\)
3 \(\sqrt{m}\)
4 \(\frac{1}{\sqrt{m}}\)
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Laws of Motion

270069 Which of the following is the most significant law of motion given by Newton?

1 First law of motion
2 Second law of motion
3 Third law of motion
4 Zeroth law of motion
Laws of Motion

270070 The quantity of motion of a body is best represented by

1 its mass
2 its speed
3 its velocity
4 its linear momentum
Laws of Motion

270071 A certain particle undergoes erratic motion. At every point in its motion, the direction of the particle's momentum is always

1 the same as the direction of its velocity
2 the same as the direction of its acceleration
3 the same as the direction of its net force
4 the same as the direction of its kinetic energy
Laws of Motion

270072 Inside a railway car a plumb bob is suspended from the roof and a helium filled balloon is tied by a string to the floor of the car. When the railway car accelerates to the right, then

1 both the plumb bob and balloon move to the left
2 both the plumb bob and balloon move to the right
3 plumb bob moves to the left and the balloon moves to the right
4 plumb bob moves to the right and the balloon moves to the left
Laws of Motion

270073 A constant force ( \(\mathbf{F}\) ) is applied on a stationary particle of mass ' \(m\) '. The velocity attained by the particle in a certain displacement will be proportional to

1 \(m\)
2 \(1 / m\)
3 \(\sqrt{m}\)
4 \(\frac{1}{\sqrt{m}}\)
For More Updates join with Us
Laws of Motion

270069 Which of the following is the most significant law of motion given by Newton?

1 First law of motion
2 Second law of motion
3 Third law of motion
4 Zeroth law of motion
Laws of Motion

270070 The quantity of motion of a body is best represented by

1 its mass
2 its speed
3 its velocity
4 its linear momentum
Laws of Motion

270071 A certain particle undergoes erratic motion. At every point in its motion, the direction of the particle's momentum is always

1 the same as the direction of its velocity
2 the same as the direction of its acceleration
3 the same as the direction of its net force
4 the same as the direction of its kinetic energy
Laws of Motion

270072 Inside a railway car a plumb bob is suspended from the roof and a helium filled balloon is tied by a string to the floor of the car. When the railway car accelerates to the right, then

1 both the plumb bob and balloon move to the left
2 both the plumb bob and balloon move to the right
3 plumb bob moves to the left and the balloon moves to the right
4 plumb bob moves to the right and the balloon moves to the left
Laws of Motion

270073 A constant force ( \(\mathbf{F}\) ) is applied on a stationary particle of mass ' \(m\) '. The velocity attained by the particle in a certain displacement will be proportional to

1 \(m\)
2 \(1 / m\)
3 \(\sqrt{m}\)
4 \(\frac{1}{\sqrt{m}}\)
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Laws of Motion

270069 Which of the following is the most significant law of motion given by Newton?

1 First law of motion
2 Second law of motion
3 Third law of motion
4 Zeroth law of motion
Laws of Motion

270070 The quantity of motion of a body is best represented by

1 its mass
2 its speed
3 its velocity
4 its linear momentum
Laws of Motion

270071 A certain particle undergoes erratic motion. At every point in its motion, the direction of the particle's momentum is always

1 the same as the direction of its velocity
2 the same as the direction of its acceleration
3 the same as the direction of its net force
4 the same as the direction of its kinetic energy
Laws of Motion

270072 Inside a railway car a plumb bob is suspended from the roof and a helium filled balloon is tied by a string to the floor of the car. When the railway car accelerates to the right, then

1 both the plumb bob and balloon move to the left
2 both the plumb bob and balloon move to the right
3 plumb bob moves to the left and the balloon moves to the right
4 plumb bob moves to the right and the balloon moves to the left
Laws of Motion

270073 A constant force ( \(\mathbf{F}\) ) is applied on a stationary particle of mass ' \(m\) '. The velocity attained by the particle in a certain displacement will be proportional to

1 \(m\)
2 \(1 / m\)
3 \(\sqrt{m}\)
4 \(\frac{1}{\sqrt{m}}\)
Join With Us for More Updates
Laws of Motion

270069 Which of the following is the most significant law of motion given by Newton?

1 First law of motion
2 Second law of motion
3 Third law of motion
4 Zeroth law of motion
Laws of Motion

270070 The quantity of motion of a body is best represented by

1 its mass
2 its speed
3 its velocity
4 its linear momentum
Laws of Motion

270071 A certain particle undergoes erratic motion. At every point in its motion, the direction of the particle's momentum is always

1 the same as the direction of its velocity
2 the same as the direction of its acceleration
3 the same as the direction of its net force
4 the same as the direction of its kinetic energy
Laws of Motion

270072 Inside a railway car a plumb bob is suspended from the roof and a helium filled balloon is tied by a string to the floor of the car. When the railway car accelerates to the right, then

1 both the plumb bob and balloon move to the left
2 both the plumb bob and balloon move to the right
3 plumb bob moves to the left and the balloon moves to the right
4 plumb bob moves to the right and the balloon moves to the left
Laws of Motion

270073 A constant force ( \(\mathbf{F}\) ) is applied on a stationary particle of mass ' \(m\) '. The velocity attained by the particle in a certain displacement will be proportional to

1 \(m\)
2 \(1 / m\)
3 \(\sqrt{m}\)
4 \(\frac{1}{\sqrt{m}}\)