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A car is moving with an initial velocity Vo=100 m/s and travels along a horizontal frictionless road as in figure 2. The final car destination is the top of the inclined plane, at a height H=100 m, where it rests. If the coefficient of friction at the incline plane is μ=0.2, determine the incline plane angle 8. 100 m/s e ↑ H=100 m ↓

A car is moving with an initial velocity Vo=100 m/s and travels along a horizontal frictionless road as in figure 2. The final car destination is the top of the inclined plane, at a height H=100 m, where it rests. If the coefficient of friction at the incline plane is μ=0.2, determine the incline plane angle 8. 100 m/s e ↑ H=100 m ↓

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A car is moving with an initial velocity V₁-100 m/s and travels along a horizontal frictionless road as in figure 2. The final car destination is the top of the inclined plane, at a height H=100 m, where it rests. If the coefficient of friction at the incline plane is µ=0.2, determine the incline plane angle 0. 100 m/s e ↑ H=100 m ↓
Transcribed Image Text:A car is moving with an initial velocity V₁-100 m/s and travels along a horizontal frictionless road as in figure 2. The final car destination is the top of the inclined plane, at a height H=100 m, where it rests. If the coefficient of friction at the incline plane is µ=0.2, determine the incline plane angle 0. 100 m/s e ↑ H=100 m ↓
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