2. A 60. kg student jumps from the 12 meter platform at ASU's swimming-complex into the pool below. Determine her Eg at the top of the platform. а. b. How much Ek does she possess just before impact? What is her velocity just before impact? Eの= uo)(9.0)112) 2110G) T050) c. Repeat steps a and b for a 75 kg diver. 237.7 ヒのけ)は11)=420 21E870) - 735.7=15., d. If she jumped from a platform that was twice as high, how many times greater would be her velocity at impact? e. How much higher would the platform have to be in order for her velocity to be twice as great?
2. A 60. kg student jumps from the 12 meter platform at ASU's swimming-complex into the pool below. Determine her Eg at the top of the platform. а. b. How much Ek does she possess just before impact? What is her velocity just before impact? Eの= uo)(9.0)112) 2110G) T050) c. Repeat steps a and b for a 75 kg diver. 237.7 ヒのけ)は11)=420 21E870) - 735.7=15., d. If she jumped from a platform that was twice as high, how many times greater would be her velocity at impact? e. How much higher would the platform have to be in order for her velocity to be twice as great?
College Physics
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ISBN:9781305952300
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Chapter1: Units, Trigonometry. And Vectors
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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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i’m confused on A and D and E please help
Transcribed Image Text:2. A 60. kg student jumps from the 12 meter platform at ASU's swimming complex into the pool
below.
Determine her Eg at the top of the platform.
a.
b. How much Ek does she possess just before impact? What is her velocity just before impact?
Eの= eo)(9.%)113)
T050)
21 7656)
て.る
みろおナ
c. Repeat steps a and b for a 75 kg diver.
Eのけち)96)11?)=ち520
21e820) -
725.7.=15.2,
d. If she jumped from a platform that was twice as high, how many times greater would be her
velocity at impact?
e. How much higher would the platform have to be in order for her velocity to be twice as
great?
Expert Solution
Step 1
(A) The A part is similar to the C part which is already solved. Eg is the gravitational potential of the body.
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