m, (kg) V₁, i (m/s) | M₂(kg) | V₂, i (m/s) Pi (kg. m/s) | KE; (5) 280kg.638 m/s. 280kg. .780 kg. 344 m/s 280kg 000 • 280kg 1.508 m/s 1.880 kg/0 m, ckg) + M₂lica) Vf (m/s) Ps (Kg. mis) KES(J) •560kg. 253m/s 1.10 kg .058m/s 1.20 kg 1.104m/s TV LOOD TE 00 41

m, (kg) V₁, i (m/s) | M₂(kg) | V₂, i (m/s) Pi (kg. m/s) | KE; (5) 280kg.638 m/s. 280kg. .780 kg. 344 m/s 280kg 000 • 280kg 1.508 m/s 1.880 kg/0 m, ckg) + M₂lica) Vf (m/s) Ps (Kg. mis) KES(J) •560kg. 253m/s 1.10 kg .058m/s 1.20 kg 1.104m/s TV LOOD TE 00 41

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter10: Rotation Of A Rigid Object About A Fixed Axis

Section: Chapter Questions

Problem 10.5OQ: Suppose a cars standard tires are replaced with tires 1.30 times larger in diameter. (i) Will the...

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Question

Please find V2,i (m/s), Pi (kg x m/s), KEi(J), Pf(kg x m/s) and KEf(J)

m, (kg) V₁, i (m/s) | M₂(kg) | V₂, i (m/s) Pi (kg. m/s) | KE; (5)
280kg.638 m/s. 280kg.
.780 kg. 344 m/s
280kg
000
• 280kg 1.508 m/s 1.880 kg/0
m, ckg)
+ M₂lica) Vf (m/s) Ps (Kg. mis) KES(J)
•560kg. 253m/s
1.10 kg .058m/s
1.20 kg 1.104m/s
TV
LOOD TE
00
41

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