1-work...an atwood machine connects a 5kg mass and a 3kg mass. determine the velocity of the 5kg...

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1-Work February-01-19 8:58 AM Energy Page 1

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Page 1: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

1-WorkFebruary-01-19 8:58 AM

Energy Page 1

Page 2: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

Energy Page 2

Page 3: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

Energy Page 3

Page 4: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

2-PE&KEFebruary-01-19 8:58 AM

Energy Page 4

Page 5: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

Energy Page 5

Page 6: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

4-ConservationFebruary-01-19 8:59 AM

Energy Page 6

Page 7: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

Energy Page 7

Page 8: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

5-FricConservationFebruary-01-19 8:59 AM

Energy Page 8

Page 9: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

Energy Page 9

Page 10: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

7-ThermalEnergyFebruary-01-19 9:00 AM

Energy Page 10

Page 11: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

Energy Page 11

Page 12: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

8-ThermEqulibriumFebruary-01-19 9:01 AM

Energy Page 12

Page 13: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

Energy Page 13

Page 14: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

10-PowerFebruary-01-19 9:01 AM

Energy Page 14

Page 15: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

Energy Page 15

Page 16: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

12-EfficiencyFebruary-01-19 9:02 AM

Energy Page 16

Page 17: 1-Work...An Atwood machine connects a 5kg mass and a 3kg mass. Determine the velocity Of the 5kg mass after it has dropped 30cm. EX. TWO masses (m=llkg and M=14kg) are connected as

Energy Page 17