Question

5.
The rear view mirror of a car is a plane mirror. A driver is reversing his car at a speed of
will be-
2 m/s
4 m/s
8 m/s
16 m/s
behind his car. The speed, at which its image appears to approach the driver,
4 m/s. The driver sees, in his rear view mirror, the image of a scooter parked​

Answer 1

Answer:

=2(2) =4m/sPlz mark as brainliest :D. ... A driver is reversing his car at a speed of 2 m/s. The driver sees in his rear view mirror the image of a truck parked behind his car.

Explanation:

plz follow me and Mark as branly

Answer 2

Answer: ⤵️

(iii) 4 m/s

Explanation: ⤵️

The speed of the car is 2 m/s which means the car is approaching the truck with a speed of 2 m per second. The distance between the car and truck will decrease at a double rate. This is because the image of the truck will travel a distance twice the distance travelled by the car in equal time. Hence, the image of the truck will appear to approach the driver with the speed of 2 ×2 = 4 m/s.