The x component of the acceleration of an object moving around a circle with constant angular velocity varies jointly as cos t and the square of If the x component of the acceleration is 11 4 ft s 2 when t 1 00 s for 0 524 rad s, find the x component of the acceleration when t 2 00 s

Question: The x-component of the acceleration of an object moving around a circle with constant angular velocity varies jointly as cos t and the square

The x-component of the acceleration of an object moving around a circle with constant angular velocity ω varies jointly as cos ωt and the square of ω. If the x-component of the acceleration is −11.4 ft/s² when t = 1.00 s for ω = 0.524 rad/s, find the x-component of the acceleration when t = 2.00 s.

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