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1.9 kg. (a) Calculate the magnitude and direction of the velocity A. (b) Calculate the x and y components of the momentum B. (c) Express m₁ A+ B two ways: as components and as a magnitude and a direction. (d) If an object with mass m₁ has velocity A just before colliding with another object that has momentum B and both objects stick together, what direction will they be going just after the collision?

1.9 kg. (a) Calculate the magnitude and direction of the velocity A. (b) Calculate the x and y components of the momentum B. (c) Express m₁ A+ B two ways: as components and as a magnitude and a direction. (d) If an object with mass m₁ has velocity A just before colliding with another object that has momentum B and both objects stick together, what direction will they be going just after the collision?

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2.4. Given A = 42 m/s - 27 m/sŷ, B = 24 kg m/s @ 115°, and m₁ (a) Calculate the magnitude and direction of the velocity A. (b) Calculate the x and y components of the momentum B. (c) Express m₁ A+ B two ways: as components and as a magnitude and a direction. (d) If an object with mass m₁ has velocity A just before colliding with another object that has momentum B and both objects stick together, what direction will they be going just after the collision? 1.5 kg:
Transcribed Image Text:2.4. Given A = 42 m/s - 27 m/sŷ, B = 24 kg m/s @ 115°, and m₁ (a) Calculate the magnitude and direction of the velocity A. (b) Calculate the x and y components of the momentum B. (c) Express m₁ A+ B two ways: as components and as a magnitude and a direction. (d) If an object with mass m₁ has velocity A just before colliding with another object that has momentum B and both objects stick together, what direction will they be going just after the collision? 1.5 kg:
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