(33%) Problem 1: While sitting in physics class one day, you begin to ponder the workings of the analog clock on the classroom wall. You notice as the hands sweep in a continuous motion that there are exactly I = 35 minutes left in class. Randomized Variables t = 35 minutes 14% Part (a) What is the magnitude of the angle (in radians) that the second hand turns before the end of class? Bsewnds : 219.91 8566mm = 219.9 I/ Correct! 14% Part (b) What is the magnitude of the angle (in radians) that the minute hand sweeps before the end of class? 8 = 3.67 I/ Correct! minute 14% Part (c) What is the magnitude of the angle (in radians) that the hour hand sweeps before the end of class? BMW = 0.305 If Correct! 14% Part ((1) Calculate the angular speed of the second hand in radians per second. wsemnds = 0.105 I/ Correct! 14% Part (e) Calculate the angular speed of the minute hand in radians per second. a) = 0.0017 l' Correct! minutes 14% Part (f) Calculate the angular speed of the hour hand in radians per second. 14% Part ((1) Calculate the angular speed of the second hand in radians per second. : 0.105 I/ Correct! wseconds 14% Part (e) Calculate the angular speed of the minute hand in radians per second. commutes = 0.0017 I/ Correct! 14% Part (D Calculate the angular speed of the hour hand in radians per second. whom = 1.452 * 10-4 whoa\" : 1.452E4 I/ Correct! 4; 14% Part (g) Is the angular acceleration of the second, minute, and hour hands the same? Pick the most accurate respon: No. The minute hand has the largest angular acceleration No. The hour hand has the largest angular acceleration. No. The second hand has the largest angular acceleration. Yes. The angular acceleration of each hand is zero. Need to know the length of each hand is to answer. Yes. Each hand has the same non-zero angular acceleration. Submit Hints: _ for a deduction. Hints remaining: _ Feedback: deduction per feedback. -Is the angular velocity constant or changing? How are angular velocity and angular acceleration related