I couldn't attach part C. Here is Part C:Part C: Now find the time for the blender to decelerate to come to REST if its angular acceleration remains constant at the value of Part A. Refer also to Part A for the angular velocity that the blender is left rotating with.Can you also check if my answer to Part A is correct because I'm not sure if it is?

Part A In a typical kichen blender, when you turn it off, its angular Find the angular acceleration in rev /s?. velocity decreases uniformly from initial 560 rev / min to a final 240 rev/ min in 3.80 s . Express your answer in REVOLUTION per second squared. a = 1.404 rev/82 Submit Previous Answers Completed Part B Find the number of revolutions (or angular displacement) made by the kichen blender in the 3.80 s interval. Express your answer as a number of revolutions. VO AEQ O Z rev Submit Request