A peach pie in a 9.00 in diameter plate is placed upon a rotating tray. Then, the tray is rotated such that the rim of the pie plate moves through a distance of 208 in. Express the angular distance that the pie plate has moved through in revolutions, radians, and degrees. angular distance: 7.35 revolutions angular distance: 46.18 radians 2646 angular distance: If the pie is cut into 9 equal slices, express the angular size of one slice in radians, as a fraction of x. radians angular size = TX

a) rotating in the anti-clockwise direction and slowing down b) rotating in the clockwise direction and speeding up c) rotating in the clockwise direction and slowing down

A bicycle mechanic is checking a road bike's chain. He applies force FF = 21 NN to a pedal at the angle shown in (Figure 1) while keeping the wheel from rotating. The pedal is 17 cmcm from the center of the crank; the gear has a diameter of 16 cmcm. What is the tension in the chain?

Any help with these problems would be greatly appreciated!

PLEASE HELP ASAP. PHYSICS VECTORS

The rotation of a 11 kg motorcycle wheel is depicted in the figure. The wheel should be approximated to be an annulus of uniform density with inner radius R1 = 27 cm and outer radius R2 = 33cm. Randomized Variables ω = 132 rad/sR1 = 27 cmR2 = 33 cm m = 11 kg  Calculate the rotational kinetic energy in the motorcycle wheel if its angular velocity is 132 rad/s in J.

The diameters of the main rotor and tail rotor of a single-engine helicopter are 7.59 m and 0.98 m, respectively. The respective rotational speeds are 456 rev/min and 4143 rev/min. a) Calculate the speeds of the tips of both rotors. b) Compare these speeds with the speed of sound, 343 m/s.

The angular position of a rotating object as a function of time is given below:

An ultracentrifuge accelerates from rest to 96200 rpm in 1.95 min. Randomized Variables f = 96200 rpmt = 1.95 minl = 9.2 cm 1)What is its angular acceleration in rad/s2?  α = 2)What is the tangential acceleration of a point 9.2 cm from the axis of rotation in m/s2? at =  3)What is the centripetal acceleration in multiples of g of this point at full speed?  a/g =

Two gears are connected to each other, their radius is 0.15m and 0.5m. Calculate the revolutions that the small gear completes when the big gear completes 3 revolutions