QUESTION 30Following on from the previous question. The tumble dryer drum gets stuck after 23.2 seconds, how manyradians will the drum have rotated in this time?(Note: If you think your answer should have units, the units should be entered in a very specific way on theblackboard site. Enter your number answer immediately followed by the unit leaving no white space. Forvelocity e.g. 33 km h* enter 33km/h (for 2 sig.fig.) or 33.00km/h (for 4 sig.fig.); for density 1000 kg m-3 enter1000kg/(m*m*m}; for work done 3x103 N m enter 3e3Nm; for area 4 m2 enter 4m*m; for mass eg. 3 kg enter 3kgor 80 tonne enter 80tonne. For radians enter rad, for degrees enter deg, for revolutions enter rev, for revolutionsper minute enter rev/min, for angular acceleration enter rad/(s*s). Any queries about how to enter units then askthe module staff team. Also make sure to put the right number of significant figures.) A particular tumble dryer process operates with a rotating drum on a regular repeating cycle. One cycle of the drumis described as follows: the drum starts from rest and then undergoes one complete revolution, during which theacceleration and retardation are uniform and at the same rate, the drum the pauses for 4.0 seconds to completeone cycle. During a drying program this cycle is repeated many times. If the total time taken for 5 complete cycles is95.0 seconds, use a angular velocity - time diagram to help you calculate:the angular acceleration of the drum.

29. In to complete every cycle the drum is paused for 4 sec. Thus, the total time of motion will be…

A particular tumble dryer process operates with a rotating drum on a regular repeating cycle. One cycle of the drum is described as follows: the drum starts from rest and then undergoes one complete revolution, during which the acceleration and retardation are uniform and at the same rate, the drum the pauses for 4.0 seconds to complete one cycle. During a drying program this cycle is repeated many times. If the total time taken for 5 complete cycles is 95.0 seconds, use a angular velocity - time diagram to help you calculate: the angular acceleration of the drum.

A particular tumble dryer process operates with a rotating drum on a regular repeating cycle. One cycle of the drum is described as follows: the drum starts from rest and then undergoes one complete revolution, during which the acceleration and retardation are uniform and at the same rate, the drum the pauses for 4.0 seconds to complete one cycle. During a drying program this cycle is repeated many times. If the total time taken for 5 complete cycles is 95.0 seconds, use a angular velocity - time diagram to help you calculate: the angular acceleration of the drum.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

A particular tumble dryer process operates with a rotating drum on a regular repeating cycle. One cycle of the drum
is described as follows: the drum starts from rest and then undergoes one complete revolution, during which the
acceleration and retardation are uniform and at the same rate, the drum the pauses for 4.0 seconds to complete
one cycle. During a drying program this cycle is repeated many times. If the total time taken for 5 complete cycles is
95.0 seconds, use a angular velocity - time diagram to help you calculate:
the angular acceleration of the drum.

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