Sagot :
Suppose you are riding in a car. Describe your motion relative to the car the road and the sun?
Relative to the road, i'm moving fast as the cars speedometer says.
Relatively to the sun, i'm orbiting it at a very high speed.
Hope this helps! =]
Relative to the road, i'm moving fast as the cars speedometer says.
Relatively to the sun, i'm orbiting it at a very high speed.
Hope this helps! =]
The relative motion of a person riding in a car has been stationary with car, uniform constant with road, and sun.
The motion has been defined as the change in position of an object with respect to another.
Relative motion
The relative motion has been observed by considering an object at rest and assuming the displacement with the another.
The relative motion has been assessed from car, thus car has been assumed at rest.
- The relative motion of the person ridding in the car with respect to the car has been stationary. It has been no motion of person with respect to car.
- The relative motion of the person riding the car with the road has been constant. The car has been moving along the road in the motion.
- The relative motion of person riding car with the sun has been constant as there has no change in the motion of the sun as soon as we are riding in straight path.
Thus, the relative motion of a person riding in a car has been stationary with car, uniform constant with road, and sun.
Learn more about relative motion, here:
https://brainly.com/question/776045