Tex, an 85.0 kilogram rodeo bull rider is thrown from the bull after a short ride. The 520. kilogram bull chases after Tex at 13.0 m/s. While running away at 3.00 m/s, Tex jumps onto the back of the bull to avoid being trampled. How fast does the bull run with Tex aboard?

Question

Cash Powers

Physics

21 January, 05:34

Tex, an 85.0 kilogram rodeo bull rider is thrown from the bull after a short ride. The 520. kilogram bull chases after Tex at 13.0 m/s. While running away at 3.00 m/s, Tex jumps onto the back of the bull to avoid being trampled. How fast does the bull run with Tex aboard?

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Issac Atkins · Answer 1

The question above can be answered through using the concept of Conservation of Momentum which may be expressed as,

m1v1 + m2v2 = mTvT

where m1 and v1 are mass and initial velocity of Tex, 2s are that of the bull, and the Ts are the total. Then substituting,

(85 kg) (3 m/s) + (520 kg) (13 m/s) = (520 + 85) (vT)

The value of vT obtained from above equation is 11.6 m/s