Answer:
The 1.0 kg mass moving at 6.0m/s² has freater Kinetic Energy
Explanation:
1.0 kg and 6.0m/s²
KE = 1/2
M = 1.0kg
V = 6m/s²
KE = 0.5(1.0)(6)
KE = 6×6=36
KE = 36×0.5 = 18
KE = 18 J or Joules
2.0kg and 3.0m/s²
M = 2.0kg
V = 3 m/s²
KE = 0.5(2.0)(3)
KE = 3×3 = 9
KE = 9×2.0 = 18
KE = 18× 0.5 = 9
KE = 9 J or Joules
1.0kg mass moving at 6.0 m/s is the greater kenitic energy
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Answers & Comments
Answer:
The 1.0 kg mass moving at 6.0m/s² has freater Kinetic Energy
Explanation:
1.0 kg and 6.0m/s²
KE = 1/2
M = 1.0kg
V = 6m/s²
KE = 0.5(1.0)(6)
KE = 6×6=36
KE = 36×0.5 = 18
KE = 18 J or Joules
2.0kg and 3.0m/s²
KE = 1/2
M = 2.0kg
V = 3 m/s²
KE = 0.5(2.0)(3)
KE = 3×3 = 9
KE = 9×2.0 = 18
KE = 18× 0.5 = 9
KE = 9 J or Joules
Answer:
1.0kg mass moving at 6.0 m/s is the greater kenitic energy
Explanation:
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