A train, which is initially stationary, provides a constant acceleration of 0.200 rad/s2 to its wheels....

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A train, which is initially stationary, provides a constant acceleration of 0.200 rad/s2 to its wheels. Assume that the wheels of the train have 0.600m diameter. After the wheels completed 100 revolutions without slipping, determine how far the train has traveled on its track, and the final linear velocity of the train. O 164 m and 4.75 m/s O 224 m and 6.25 m/s O 188 m and 4.75 m/s O 188 m and 2.25 m/s O 136 m and 6.25 m/s O 136 m and 2.25 m/s A train, which is initially stationary, provides a constant acceleration of 0.200 rad/s2 to its wheels. Assume that the wheels of the train have 0.600m diameter. After the wheels completed 100 revolutions without slipping, determine how far the train has traveled on its track, and the final linear velocity of the train. O 164 m and 4.75 m/s O 224 m and 6.25 m/s O 188 m and 4.75 m/s O 188 m and 2.25 m/s O 136 m and 6.25 m/s O 136 m and 2.25 m/s