Figure 8Two blocks, C and D, slide with ordinary kinetic friction on inclined planes of the same height(assume the blocks are small compared to the incline, so the centers of mass of the two blocksbegin at exactly the same height). The two blocks have identical coefficients of friction with theplanes, and the coefficients of friction are small enough the both blocks accelerate downward(they speed up) as they move downward.Block C is on a shorter incline that is inclined at a steeper angle than the incline for Block D (Oc > 0p in the diagram above). The two blocks are released from rest at the same time.Block C reaches the bottom of the ramp after time to and when it reaches the bottom it has aspeed of vCf. Block D reaches the bottom of the ramp after time tp and arrives at the bottomof the ramp with a speed of vpf. Ignoring air resistance but keeping in mind that there is kineticfriction between the blocks and the planes, which of the following correctly describes therelationship between these quantities?O tc < tp, and vcf < VDftc < tp, and VCf > VDfO tc > tp, and vcf = VDfO tc > tp, and vcf < VDfO tc < tp, and vcf = VDfO tc > tp, and vcf > VDf

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Two blocks, C and D, slide with ordinary kinetic friction on inclined planes of the same height (assume the blocks are small compared to the incline, so the centers of mass of the two blocks begin at exactly the same height). The two blocks have identical coefficients of friction with the planes and tho fficionte of friction small onough the both blocks accelorato downward

Two blocks, C and D, slide with ordinary kinetic friction on inclined planes of the same height (assume the blocks are small compared to the incline, so the centers of mass of the two blocks begin at exactly the same height). The two blocks have identical coefficients of friction with the planes and tho fficionte of friction small onough the both blocks accelorato downward

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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