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Solid kermega rotation 1st task A wheel with a radius of R-25 cm begins to rotate around an axis with a constant angular acceleration of &=1.8 rad/s Calculate the velocities of the points of the wheel's pivot and the turning angle after t-8s since the start of the movement. Show the solution......... Place for solutions 2nd charge A wheel with a radius of R 20 m rotates around a fixed axis so that the dependence of the turning angle op of the radius on the movement time I is as follows =1, attesttodefend one a) time instant of wheel angular velocity t:Og t-2s, t-5s; bj angular acceleration of the wheel; c) graphically represents the dependence of the angular velocity o on the movement time t Show the solution. . ... .........." A place for solutions m rafts 3. uzd. Angular acceleration of disk rotation 0.5 rad/s. Calculate the turning angle by which the angular velocity of the disc increases from @ 2.5 rad/s2 to @= 6,5 need /}2 Show the solution. *4th task During the screening of the film, a ride in a carriage with a wheel radius of 46 cm is shown on the screen. Assume that the wheel has 6 spokes. The film shooting speed was 25 frames per second. At what minimum speed should the carriage move so that the spectators think that a) the wheels turn to the "wrong" side; b) the wheels don't turn? Show the solution.. RTU worksheet (introduction to physics)10 5th task Calculate the velocity and acceleration of a point on the Earth's surface whose north latitude is =57 Earth radius R= 6,37. 10, That rotation period T= 21h Show the solution. A Pace for exlatin