If Julian jumps 35 cm and weighs 100 kg, what would happen to his power output...

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Medical Sciences

If Julian jumps 35 cm and weighs 100 kg, what would happen tohis power output if he were to do each of the following?
Increase his body mass by 2 kg and maintain his 35 cm jumpheight.
Increase his body mass by 2 kg and decrease his vertical jumpheight by 2 cm.
Decrease his body mass by 2 kg and increase his vertical jumpheight by 1 cm.
Formula
Power
â†‘2 kg
â†‘2 kg â†“ 2 cm
â†“2 kg â†‘1 cm
Lewis equation (W)
1310
Sayers equation (W)
4600
Harman peak power (W)
7589
Harman average power (W)
1649
Explain how body weight and jump height interact to impact poweroutput.
Increase his body mass by 2 kg and maintain his 35 cm jumpheight.
Increase his body mass by 2 kg and decrease his vertical jumpheight by 2 cm.
Decrease his body mass by 2 kg and increase his vertical jumpheight by 1 cm.

Answer & Explanation Solved by verified expert

4.3 Ratings (683 Votes)

Ans The calculations of power output in all three situations of jumps is tabulated below Formula Power 2 kg 2 kg 2cm 2 kg 1 cm Lewis equation W 1310 1336 1273 1277 Sayers equation W 4600 4690 4569 4570 Harman peak power W 7589 7661 7537 7579 Harman average power W 1649 See Answer

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Formula	Power	â†‘2 kg	â†‘2 kg â†“ 2 cm	â†“2 kg â†‘1 cm
Lewis equation (W)	1310
Sayers equation (W)	4600
Harman peak power (W)	7589
Harman average power (W)	1649