Just Answer this question:(d) Where does the person "feel lightest"? Where does the person "feel heaviest"?(e) What value of v at the top is required so that the person "feels weightless"? (answer: 12.0 m/s) "Losing and Gaining Weight" on the Ferris WheelA person is riding on the Ferris wheel, as shown below. Her mass is m, her tangential speed is v, and she is at adistance r = 14.8 m from the center of the wheel.(a) Show that the normal force N that the seat exerts on the person is given by:• N = m(g - v²/r) at the top of the wheel• N = m(g + v²/r) at the bottom of the wheel(b) Show that the ratio of the person's apparent weight to her actual weightapparent weight)actual weight18:• 1-v²/gr at the top of the wheel. 1 + v²/gr at the bottom of the wheel(c) Calculate the two ratios in (b) for v = 2.85 m/s. (answer: 0.944 at the top; 1.06 at the bottom)(d) Where does the person "feel lightest"? Where does the person "feel heaviest"?(e) What value of v at the top is required so that the person "feels weightless"? (answer: 12.0 m/s)

Name: Just Answer this question:(d) Where does the person "feel lightest"?
Uploaded: 2024-03-20T06:57:57.000Z
Channel: Bartleby
Description: Just Answer this question:(d) Where does the person "feel lightest"? Where does the person "feel heaviest"?(e) What value of v at the top is required so that the person "feels weightless"? (answer: 12.0 m/s) "Losing and Gaining Weight" on the Ferris