A particle moves in a circular path at constant speed. The initial location of the particle is (5.28m, 6.11 m) at t = 3.6 s. The velocity of the particle at this time is 3.05 m/s 3 (i.e., directed alongthe positive y-axis). Acceleration at this time is along the +x axis. At t=10.76 s, vis -3.05 m/sand the acceleration is directed along the +y axis. Find the radius of the circle.For this problem assume the time interval is less than one full period.T =mFind the x-coordinate of the center of the circle (in meters):centermQuestion Help: ReadSubmit Question

At t = 3.6 sec The initial location of the particle(5,28m , 6.11 m) v = 3.5 m/s along…

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A particle moves in a circular path at constant speed. The initial location of the particle is (4.24 m, 6.05 m) at t = 4 s. The velocity of the particle at this time is 3.02 m/s 3 (i.e., directed along the positive y-axis). Acceleration at this time is along the +x axis. At t=10.6 s, v is -3.02 m/s i and the acceleration is directed along the +y axis. Find the radius of the circle. For this problem assume the time interval is less than one full period. T Find the x-coordinate of the center of the circle (in meters): Xcenter m = m Question Help: Read