y A car travels along an elliptical path given by + (60m) (40m) m/s. Find the...

Transcribed Image Text:

y A car travels along an elliptical path given by + (60m) (40m) m/s. Find the acceleration (magnitude) when the car is on the right-most and upper-most points in the ellipse. At the right-most point, x = 60 m, y = 30 m/s, and j = 0 m/s m/s a = = 1 at a constant speed of v= 30 At the upper-most point, y= 40 m, x = -30 m/s, and = 0 m/s a = m/s y A car travels along an elliptical path given by + (60m) (40m) m/s. Find the acceleration (magnitude) when the car is on the right-most and upper-most points in the ellipse. At the right-most point, x = 60 m, y = 30 m/s, and j = 0 m/s m/s a = = 1 at a constant speed of v= 30 At the upper-most point, y= 40 m, x = -30 m/s, and = 0 m/s a = m/s

Answer rating: 100% (QA)

To solve for the acceleration at the rightmost and uppermost points in the ellipse we need to unders... View the full answer