A car traveling at 35.0 km/h speeds up to 44.0 km/h in a time of 5.00...

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A car traveling at 35.0 km/h speeds up to 44.0 km/h in a time of 5.00 s. The same car later speeds up from 65.0 km/h to 74.0 km/h in a time of 5.00 s. Let the +x direction point in the direction the car is traveling. Calculate the magnitude a₁ of the constant acceleration for o the first time interval. Determine the distance d₁ traveled by the car during the first time interval. Calculate the magnitude a₂ of the constant acceleration for the second time interval. Determine the distance de traveled by the car during the second time interval. αι = d₁ = a₂ = d₂ = m/s² m m/s² m A car traveling at 35.0 km/h speeds up to 44.0 km/h in a time of 5.00 s. The same car later speeds up from 65.0 km/h to 74.0 km/h in a time of 5.00 s. Let the +x direction point in the direction the car is traveling. Calculate the magnitude a₁ of the constant acceleration for o the first time interval. Determine the distance d₁ traveled by the car during the first time interval. Calculate the magnitude a₂ of the constant acceleration for the second time interval. Determine the distance de traveled by the car during the second time interval. αι = d₁ = a₂ = d₂ = m/s² m m/s² m

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Given data Initial velocity u1 350 kmh 972 ms Final velocity v1 440 kmh 1222 ms Time t1 500 s 1 Calc... View the full answer