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Spin cycles of washing machines remove water from clothes by producing a large radial acceleration at the rim of the cylindrical tub that holds the water and clothes. Suppose that the diameter of the tub in a typical home washing machine is 50 cm. Part A What is the rotation rate, in rev/min, of the tub during the spin cycle if the radial acceleration of points on the tub wall is 3g ? Express your answer in revolutions per minute. ω =rev/min Part B At this rotation rate, what is the tangential speed in m/s of a point on the tub wall? Express your answer in meters per second. v = m/s

Spin cycles of washing machines remove water from clothes by producing a large radial acceleration at the rim of the cylindrical tub that holds the water and clothes. Suppose that the diameter of the tub in a typical home washing machine is 50 cm. Part A What is the rotation rate, in rev/min, of the tub during the spin cycle if the radial acceleration of points on the tub wall is 3g ? Express your answer in revolutions per minute. ω =rev/min Part B At this rotation rate, what is the tangential speed in m/s of a point on the tub wall? Express your answer in meters per second. v = m/s Spin cycles of washing machines remove water from clothes by producing a large radial acceleration at the rim of the cylindrical tub that holds the water and clothes. Suppose that the diameter of the tub in a typical home washing machine is 50 cm. Part A What is the rotation rate, in rev/min, of the tub during the spin cycle if the radial acceleration of points on the tub wall is 3g ? Express your answer in revolutions per minute. ω =rev/min Part B At this rotation rate, what is the tangential speed in m/s of a point on the tub wall? Express your answer in meters per second. v = m/s

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Spin cycles of washing machines remove water from clothes by producing a large radial acceleration at the rim of the cylindrical tub that holds the water and clothes. Suppose that the diameter of the tub in a typical home washing machine is 50 c m . Part A What is the rotation rate, in r e v / m i n , of the tub during the spin cycle if the radial acceleration of points on the tub wall is 3 g ? Express your answer in revolutions per minute.
ω = ◻ r e v / m i n
Part B
At this rotation rate, what is the tangential speed in m / s of a point on the tub wall? Express your answer in meters per second.
◻ ◻ ◻ A Σ ϕ क → 0 罒? v = m / s

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