CUQ
Laws of Motion

270089 A ball falls towards the earth. Which of the following is correct?

1 If the system contains ball, the momentum is conserved
2 If the system contains earth, the momentum is conserved
3 If the system contains the ball and the earth, the momentum is conserved
4 If the system contains the ball and the earth and the sun, the momentum is conserved
Laws of Motion

270090 A block moving in air breaks into two parts and the parts separate

1 the total momentum must be conserved
2 the total kinetic energy must be conserved
3 the total momentum must change
4 the potential energy must be conserved
Laws of Motion

270091 Regarding linear momentum of a body
a) It is a measure of quantity of motion contained by the body
b) Change in momentum is the measure of impulse
c) Impulse and acceleration act in opposite direction to the change in momentum
d) In the case of uniform circular motion the linear momentum is conserved.

1 \(a \& b\) are true
2 b \& c are true
3 c \(\&\) d are true
4 a,b \& c are true
Laws of Motion

270092 Compare the impulses exerted on a wall by the two objects, a golf ball and a lump of mud, both having the same mass and the velocity.

1 the golf ball imparts greater impulse
2 the lump of mud imparts the greater impulse
3 both impart equal impulse
4 nothing can be said
Laws of Motion

270093 Two objects \(X\) and \(Y\) are thrown upwards simultaneously with the same speed. The mass of \(X\) is greater than that of \(Y\). The air exerts equal resistive force on two objects, then

1 \(X\) reaches maximum height than \(Y\)
2 \(Y\) reaches maximum height than \(X\)
3 the two objects will reach the same height
4 cannot say
Laws of Motion

270089 A ball falls towards the earth. Which of the following is correct?

1 If the system contains ball, the momentum is conserved
2 If the system contains earth, the momentum is conserved
3 If the system contains the ball and the earth, the momentum is conserved
4 If the system contains the ball and the earth and the sun, the momentum is conserved
Laws of Motion

270090 A block moving in air breaks into two parts and the parts separate

1 the total momentum must be conserved
2 the total kinetic energy must be conserved
3 the total momentum must change
4 the potential energy must be conserved
Laws of Motion

270091 Regarding linear momentum of a body
a) It is a measure of quantity of motion contained by the body
b) Change in momentum is the measure of impulse
c) Impulse and acceleration act in opposite direction to the change in momentum
d) In the case of uniform circular motion the linear momentum is conserved.

1 \(a \& b\) are true
2 b \& c are true
3 c \(\&\) d are true
4 a,b \& c are true
Laws of Motion

270092 Compare the impulses exerted on a wall by the two objects, a golf ball and a lump of mud, both having the same mass and the velocity.

1 the golf ball imparts greater impulse
2 the lump of mud imparts the greater impulse
3 both impart equal impulse
4 nothing can be said
Laws of Motion

270093 Two objects \(X\) and \(Y\) are thrown upwards simultaneously with the same speed. The mass of \(X\) is greater than that of \(Y\). The air exerts equal resistive force on two objects, then

1 \(X\) reaches maximum height than \(Y\)
2 \(Y\) reaches maximum height than \(X\)
3 the two objects will reach the same height
4 cannot say
Laws of Motion

270089 A ball falls towards the earth. Which of the following is correct?

1 If the system contains ball, the momentum is conserved
2 If the system contains earth, the momentum is conserved
3 If the system contains the ball and the earth, the momentum is conserved
4 If the system contains the ball and the earth and the sun, the momentum is conserved
Laws of Motion

270090 A block moving in air breaks into two parts and the parts separate

1 the total momentum must be conserved
2 the total kinetic energy must be conserved
3 the total momentum must change
4 the potential energy must be conserved
Laws of Motion

270091 Regarding linear momentum of a body
a) It is a measure of quantity of motion contained by the body
b) Change in momentum is the measure of impulse
c) Impulse and acceleration act in opposite direction to the change in momentum
d) In the case of uniform circular motion the linear momentum is conserved.

1 \(a \& b\) are true
2 b \& c are true
3 c \(\&\) d are true
4 a,b \& c are true
Laws of Motion

270092 Compare the impulses exerted on a wall by the two objects, a golf ball and a lump of mud, both having the same mass and the velocity.

1 the golf ball imparts greater impulse
2 the lump of mud imparts the greater impulse
3 both impart equal impulse
4 nothing can be said
Laws of Motion

270093 Two objects \(X\) and \(Y\) are thrown upwards simultaneously with the same speed. The mass of \(X\) is greater than that of \(Y\). The air exerts equal resistive force on two objects, then

1 \(X\) reaches maximum height than \(Y\)
2 \(Y\) reaches maximum height than \(X\)
3 the two objects will reach the same height
4 cannot say
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Laws of Motion

270089 A ball falls towards the earth. Which of the following is correct?

1 If the system contains ball, the momentum is conserved
2 If the system contains earth, the momentum is conserved
3 If the system contains the ball and the earth, the momentum is conserved
4 If the system contains the ball and the earth and the sun, the momentum is conserved
Laws of Motion

270090 A block moving in air breaks into two parts and the parts separate

1 the total momentum must be conserved
2 the total kinetic energy must be conserved
3 the total momentum must change
4 the potential energy must be conserved
Laws of Motion

270091 Regarding linear momentum of a body
a) It is a measure of quantity of motion contained by the body
b) Change in momentum is the measure of impulse
c) Impulse and acceleration act in opposite direction to the change in momentum
d) In the case of uniform circular motion the linear momentum is conserved.

1 \(a \& b\) are true
2 b \& c are true
3 c \(\&\) d are true
4 a,b \& c are true
Laws of Motion

270092 Compare the impulses exerted on a wall by the two objects, a golf ball and a lump of mud, both having the same mass and the velocity.

1 the golf ball imparts greater impulse
2 the lump of mud imparts the greater impulse
3 both impart equal impulse
4 nothing can be said
Laws of Motion

270093 Two objects \(X\) and \(Y\) are thrown upwards simultaneously with the same speed. The mass of \(X\) is greater than that of \(Y\). The air exerts equal resistive force on two objects, then

1 \(X\) reaches maximum height than \(Y\)
2 \(Y\) reaches maximum height than \(X\)
3 the two objects will reach the same height
4 cannot say
Laws of Motion

270089 A ball falls towards the earth. Which of the following is correct?

1 If the system contains ball, the momentum is conserved
2 If the system contains earth, the momentum is conserved
3 If the system contains the ball and the earth, the momentum is conserved
4 If the system contains the ball and the earth and the sun, the momentum is conserved
Laws of Motion

270090 A block moving in air breaks into two parts and the parts separate

1 the total momentum must be conserved
2 the total kinetic energy must be conserved
3 the total momentum must change
4 the potential energy must be conserved
Laws of Motion

270091 Regarding linear momentum of a body
a) It is a measure of quantity of motion contained by the body
b) Change in momentum is the measure of impulse
c) Impulse and acceleration act in opposite direction to the change in momentum
d) In the case of uniform circular motion the linear momentum is conserved.

1 \(a \& b\) are true
2 b \& c are true
3 c \(\&\) d are true
4 a,b \& c are true
Laws of Motion

270092 Compare the impulses exerted on a wall by the two objects, a golf ball and a lump of mud, both having the same mass and the velocity.

1 the golf ball imparts greater impulse
2 the lump of mud imparts the greater impulse
3 both impart equal impulse
4 nothing can be said
Laws of Motion

270093 Two objects \(X\) and \(Y\) are thrown upwards simultaneously with the same speed. The mass of \(X\) is greater than that of \(Y\). The air exerts equal resistive force on two objects, then

1 \(X\) reaches maximum height than \(Y\)
2 \(Y\) reaches maximum height than \(X\)
3 the two objects will reach the same height
4 cannot say