A barbell consists of two small balls, each with mass 0.47kg, at the ends of a very low mass rod of length d =0.47m. The center of the barbell is mounted on the end of a low mass rigid rod of length b =0.55m, and this rod rotates clockwise with angular speed 120rad/s. Inaddition, the barbell rotates clockwise about its own center, with angular speed 111rad/s.BCalculate Lrot Oof the two balls about their center of rotation (both magnitude and direction).5.7622 kg m^2/sIncorrect No direction; zero magnitude.Correct: Into the page.Incorrect Out of the page.Calculate Ltrans, B of the balls about location B as the bar rotates down (both magnitude and direction).40.12 kg m 2/ sO No direction; zero magnitude.o Out of the page.• Into the page.Calculate Ltot.B., the total angular momentum of the system (both magnitude and direction).O Into the page.o No direction; zero magnitude.o Out of the page.

Given: The mass of each ball is m=0.47 kg. The length of rod connecting to the two balls is d=0.47…

Answered: A barbell consists of two small balls,…

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