Question

A car, which is in one place "A", travels at 50 m/s at constant speed in a straight highway. A second car is 6000 m away from place "A" and travels at -35 m/s in oposite direction at the same highway in another lane. a) After how mucho time will both cars coincide? b) how much distance does each car travel before coinciding with the other?

          A car, which is in one place "A", travels at 50 m/s at constant speed in a straight highway. A second car is 6000 m away from place "A" and travels at -35 m/s in oposite direction at the same highway in another lane.

a) After how mucho time will both cars coincide?
b) how much distance does each car travel before coinciding with the other?

A car, which is in one place "A", travels at 50 m/s at constant speed in a straight highway. A second car is 6000 m away from place "A" and travels at -35 m/s in oposite direction at the same highway in another lane.

a) After how mucho time will both cars coincide?
b) how much distance does each car travel before coinciding with the other?

Added by Axel A.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Nishant Kumar

05/29/2021

Step 1

Step 1: Calculate the relative speed of the two cars The relative speed of the two cars is the sum of their speeds in opposite directions: Relative speed = 50 m/s + 35 m/s Relative speed = 85 m/s Show more…

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A car, which is in one place ‐A‐, travels at 50 m/s at constant speed in a straight highway. A second car is 6000 m away from place ‐A‐ and travels at -35 m/s in oposite direction at the same highway in another lane. a) After how mucho time will both cars coincide? b) How much distance does each car travel before coinciding with the other?