Calculate the deceleration for the car from the end of the ramp to the cars stopping point: d = (1/2) a t^2, (Correction) for this calculation d = horizontal length the car travels from the edge of the ramp to stopping.

TowomoH I 2oiavd1 oinl 3. Though its speed will change during take-off and landing and the Earth is curved, for simplicity we assume in this problem that a commercial airline flight travels at a constant 800 km/hr along a straight path from origin to destination. sob oldenolmoo gaillog o1s qoloyb of lil ataioiaydq 1s allida owT J A) Given this speed, how many hours does it take to fly the 4,000 km from New York to Los Angeles and then back again (assume the plane travels along a straight line)? IALIICU CXSu p B) What is the distance traveled for the plane's round trip? STe worml woft Sw bris .norli sonia bogrisrlo 2 vinu ori lo ssia orli to gnibnsizob C) What is the displacement of this plane for its round trip? Suppose you flew from New York to L.A. on one flight, spent exactly 3 hours at the Los Angeles airport, and then flew back. HIRS2bomirdoTA ned) 19dmun aidi ai 1ollsm2 10 19gsl 2omil ynem woH (

A cop spots a car speeding at 106 mph and immediately starts after the perpetrator. How fast at minimum does the cop need to go to catch up to the perpetrator within 5 miles (i.e. before the perp drives more than 5 miles), if the perpetrator was 0.5 miles ahead of him originally?Round your answer to nearest mile per hour.

An astronaut chillin’ on the moon drops her bag of Takis (doh!). g on the moon is 1.6 m/s/s. The Takis fell for 1.23 seconds. (a) How far did they fall? (b) What was their final velocity?