Answer to Question #108796 in Mechanics | Relativity for Melissa

Mechanics | Relativity

Question #108796

A car driving at a constant speed of 77 mi/h travels 73 miles. How many hours did this take?

Expert's answer

The time of motion of a car that moves with constant speed

"t=\\frac{d}{v}=\\frac{73\\:\\rm mi}{77\\:\\rm mi\/h}=0.95\\:\\rm h."

Learn more about our help with Assignments: Mechanics Relativity

Comments

No comments. Be the first!

Leave a comment

Related Questions

1. A crate is pushed along a floor with force of 450N. If frictional force is 120N and gravitational f
2. The coefficient of kinetic friction between an object and the surface upon which it is sliding is 0
3. Name six (6) instruments used for measuring pressure and write short notes on each of them
4. A CLOCK KEEP THE CORRECT TIME. WITH WHAT SPEED SHOULD IT MOVE RELATIVE TO OBSERVER SO THAT IT MAY SE
5. VERIFY LAW OF CONSERVATION OF MOMENTUM AND LAW OF CONSERVATION OF KINETIC ENERGY ARE INVERIENT UNDER
6. A 62.7 kg skateboarder started at a height of 4.55 metres above the ground and finished at 5.70 metr
7. On an interstate highway, you are traveling at 30 m/sec. The diameter of the wheels is 50 cm. How fa