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Problem 1: A bicycle can be modeled as three parts: the back wheel, the frame, and the front wheel. A. Write the equation for the kinetic energy of the whole bicycle (i.e. the energy of the wheels plus the energy of the frame) in terms of the linear velocity v, the mass of the wheels my and the mass of the frame mɛ. Consider the mass in the wheels to be all concentrated on I the outer edge. B. If the wheels each have a mass of 1.5 kg, and the frame has a mass of 8 kg, How much work would be required to be done on the bicycle in order to get it to a final velocity of 15 m's if it started from rest? C. Compare the amount of work done on the bike from part B with a similar bicycle that has wheels that are 1 kg each and a frame which is 9 kg. How much work would be required to bring this bike to 15 m's? Which bike is easier to ride?

Problem 1: A bicycle can be modeled as three parts: the back wheel, the frame, and the front wheel. A. Write the equation for the kinetic energy of the whole bicycle (i.e. the energy of the wheels plus the energy of the frame) in terms of the linear velocity v, the mass of the wheels my and the mass of the frame mɛ. Consider the mass in the wheels to be all concentrated on I the outer edge. B. If the wheels each have a mass of 1.5 kg, and the frame has a mass of 8 kg, How much work would be required to be done on the bicycle in order to get it to a final velocity of 15 m's if it started from rest? C. Compare the amount of work done on the bike from part B with a similar bicycle that has wheels that are 1 kg each and a frame which is 9 kg. How much work would be required to bring this bike to 15 m's? Which bike is easier to ride?

College Physics
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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oman 12 AA =、而、打。一EE 2T Find - ab x, x A 2 A- Normal No Spacing Heading 1 Repla A Select Font Paragraph Styles not accept more than one ie and it will not accept anytning otner than a rbr. Editing Problem 1: A bicycle can be modeled as three parts: the back wheel, the frame, and the front wheel. A. Write the equation for the kinetic energy of the whole bicycle (i.e. the energy of the wheels plus the energy of the frame) in terms of the linear velocity v, the mass of the wheels my and the mass of the frame mɛ. Consider the mass in the wheels to be all concentrated on I the outer edge. B. If the wheels each have a mass of 1.5 kg, and the frame has a mass of 8 kg, How much work would be required to be done on the bicycle in order to get it to a final velocity of 15 m's if it started from rest? C. Compare the amount of work done on the bike from part B with a similar bicycle that has wheels that are 1 kg each and a frame which is 9 kg. How much work would be required to bring this bike to 15 m's? Which bike is easier to ride? DFocus English (United States) Accessibility Unavailable Text Predictions On L.
Transcribed Image Text:oman 12 AA =、而、打。一EE 2T Find - ab x, x A 2 A- Normal No Spacing Heading 1 Repla A Select Font Paragraph Styles not accept more than one ie and it will not accept anytning otner than a rbr. Editing Problem 1: A bicycle can be modeled as three parts: the back wheel, the frame, and the front wheel. A. Write the equation for the kinetic energy of the whole bicycle (i.e. the energy of the wheels plus the energy of the frame) in terms of the linear velocity v, the mass of the wheels my and the mass of the frame mɛ. Consider the mass in the wheels to be all concentrated on I the outer edge. B. If the wheels each have a mass of 1.5 kg, and the frame has a mass of 8 kg, How much work would be required to be done on the bicycle in order to get it to a final velocity of 15 m's if it started from rest? C. Compare the amount of work done on the bike from part B with a similar bicycle that has wheels that are 1 kg each and a frame which is 9 kg. How much work would be required to bring this bike to 15 m's? Which bike is easier to ride? DFocus English (United States) Accessibility Unavailable Text Predictions On L.
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