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What are the kinetic, potential, and total mechanical energies at points A, B, and C, if the mass is 18 kg and the initial velocity at point A is zero. 25.0m A C 3,00 m 14.00 12.0m

What are the kinetic, potential, and total mechanical energies at points A, B, and C, if the mass is 18 kg and the initial velocity at point A is zero. 25.0m A C 3,00 m 14.00 12.0m

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NEED FAST Utilize the following formula in solving: Raß Rgas = 8nTas U = mgh 2M 2M - (1 - ²M² + 2²³) di² + (1 - ²M + 2) dr² +r²d0²+r² sin² 0do² T ds²=- K = 2mv² mu+mgh₁ = mv+mgh₂ |fx/k = H₂/kN P1 = P2 p = mv J=FAt=P2 - P₁ F = ma What are the kinetic, potential, and total mechanical energies at points A, B, and C, if the mass is 18 kg and the initial velocity at point A is zero. 25.0 m C 3.00 m 4.00 12.0 m
Transcribed Image Text:NEED FAST Utilize the following formula in solving: Raß Rgas = 8nTas U = mgh 2M 2M - (1 - ²M² + 2²³) di² + (1 - ²M + 2) dr² +r²d0²+r² sin² 0do² T ds²=- K = 2mv² mu+mgh₁ = mv+mgh₂ |fx/k = H₂/kN P1 = P2 p = mv J=FAt=P2 - P₁ F = ma What are the kinetic, potential, and total mechanical energies at points A, B, and C, if the mass is 18 kg and the initial velocity at point A is zero. 25.0 m C 3.00 m 4.00 12.0 m
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