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A wheel is mounted on a stationary axle that lies along the axis. The center of the wheel is at m. It is rotating with a constant angular speed of 32 rad/s. At time 4.45 s a red dot painted on the rim of the wheel is located at m. At time 4.52 s, what is the location of the red dot
A wheel is mounted on a stationary axle that lies along the axis. The center of the wheel is at m. It is rotating with a constant angular speed of 32 rad/s. At time 4.45 s a red dot painted on the rim of the wheel is located at m. At time 4.52 s, what is the location of the red dot
Final answer:The location of the red dot on thewheelat a given time can be determined using the formula θ = ωt.Explanation:The location of the red dot on the wheel can be determined using the formulaθ = ωt, where θ is the angle in radians, ω is theangular speed, and t is the time. In this case, the red dot is located at the center of the wheel at time 4.45 s, which means it has completed an angle of 32 rad/s * 4.45 s = 142.4 radians. At time 4.52 s, the red dot would have completed an angle of 32 rad/s * 4.52 s = 144.64 radians.Learn more about Angular motion here:brainly.com/question/36473456#SPJ11...
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