Momentum GCSE 9-1 Momentum = Mass x Velocity π· =π΄ππ½ πΎππ/π ππ π/π 5m/s - 1.8m/s 3m/s 0.17kg 0.18kg 0.16kg Q1. Calculate the momentum of the ball? 2 marks π: π: π£: πππππ‘π’π = πππ π π₯ π£ππππππ‘π¦ Q2. Calculate the momentum of the ball? 2marks π: π: π£: πππππ‘π’π = πππ π π₯ π£ππππππ‘π¦ Q3. Calculate the momentum of the ball? 2marks π: π: π£: πππππ‘π’π = πππ π π₯ π£ππππππ‘π¦ Momentum = ________ Unit : Momentum = ________ Unit : Momentum = ________ Unit : Momentum: -1.12kgm/s Momentum = 8.5kgm/s Momentum =2.6kgm/s π=? π=? π=? Q4. Calculate the velocity of the ball? 2 marks π: − 1.12πππ/π π: 0.16ππ π? ππππππ‘π’π πππππππ‘π¦ = πππ π Velocity = ________ Unit : Momentum: 1.8kgm/s 15m/s Q5. Calculate the velocity of the ball? 2 marks π: 85πππ/π π: π£: ππππππ‘π’π πππππππ‘π¦ = πππ π Q6. Calculate the velocity of the ball? 2 marks Velocity = ________ Unit : Velocity = ________ Unit : Momentum: -1.5kgm/s -12m/s Q7. Calculate the mass of the ball above? 2 marks Q8. Calculate the mass of the ball above? 2 marks π: 1.8πππ/π π: π£: 15π/π π: − 1.5πππ/π π: π£: 15π/π ππππππ‘π’π πππ π = πππππππ‘π¦ πππ π = ππππππ‘π’π πππππππ‘π¦ Mass = ________ Unit : M: 0.17kg M: 0.16kg M:0.16kg Mass = ________ Unit : π: 26 πππ/π π π£: πππππππ‘π¦ = ππππππ‘π’π πππ π Momentum: -4.5kgm/s -28m/s Q9. Calculate the mass of the ball above? 2 marks π: −4.5πππ/π π: π£: − 28π/π ππππππ‘π’π πππ π = πππππππ‘π¦ Mass = ________ Unit : Stretch and challenge State your answer to appropriate significant figures. 1000m = 1km 1000g=1kg Q10. Calculate the momentum of a ball when the mass of the ball is 150g and the velocity if 3m/s? (3 marks) Q11. Calculate the velocity of the a car when the mass of the car is 800,000g and the momentum is 4000kgm/s. (3 marks) Q12. Calculate the mass of the bus when the momentum is -2 x 104 Kgm/s and the velocity is -1.25m/s? (3 marks) Q13. Calculate the momentum of a rocket where the mass is 2 x 106 kg and the velocity is 0.25km/s? ( 3 marks) Q14. Calculate the momentum of a bullet of mass 20g and the velocity is -300m/s? (3 marks) Q15. Calculate the velocity of the space shuttle at take off at Kennedy space Centre. The mass of the shuttle is 2.3 x 106 kg and the momentum is 1.8 x 1010 kgm/s. (3 marks) Q16. Calculate the momentum of the space shuttle in orbit when the velocity is 7.5km/s and the mass is 2.6 x 106 kg. (3 marks)
