A car is traveling at 55 mi/hr. How many meters/second does the car cover? 25 m/s...

Question

Question

A car is traveling at 55 mi/hr. How many meters/second does the car cover? 25 m/s 39 m/s 58 m/s 15 m/s

science physics

Answer 1

Answer #1

SS 1601-3 m 600 Sec Ans

Answer 2

Similar Homework Help Questions

How many minutes will it take for a car traveling 74 mi/hr to cover 6.50km?

How many minutes will it take for a car traveling 74 mi/hr to cover 6.50km?
1. A car is traveling south at 25 mi/hr (11.4 m/s). A truck having four times...

1. A car is traveling south at 25 mi/hr (11.4 m/s). A truck having four times the mass of the car is traveling east at 50 mi/hr (22.7 m/s). How many times greater is is the trucks kinetic energy compared to the cars kinetic energy? explain your reasoning. 2. A car having a mass of 1900 kg strikes a smooth, rigid post with an initial speed of 8.3 m/s. the sign does not mover but the bumper of the car...
3. A car is traveling at 55 MPH? a) What does it mean to say that this car is traveling at 55 MPH? b) How many mil...

3. A car is traveling at 55 MPH? a) What does it mean to say that this car is traveling at 55 MPH? b) How many miles the car will cover in 120 minutes? 4. You are driving at 18 m/s, and a cat runs out in front of your car. You stop rani which takes 3 seconds, and miss the cat. What is your deceleration? 5. A car traveling in a straight line with an initial velocity of 10...

Question 5 (1 point) A car traveling at 31 m/s comes to an meters per second...

Question 5 (1 point) A car traveling at 31 m/s comes to an meters per second squared of the car? abrupt halt in 0.1 s when it hits a tree. What is the deceleration in Your Answer: Answer Question 6 (1 point) A girl pulls on a 15 kg wagon at rest with a constant force of 20 N. What is the wagon's acceleration in m/s2? Your Answer: Answer
Question 4 A car is traveling at –3 m/s at the position +10 meters at the...

Question 4 A car is traveling at –3 m/s at the position +10 meters at the time +5 seconds. a. Writethepositionfunctionasafunctionoftimeforthiscar. A second car is traveling at –1 m/s at the position –5 meters at the time +8 seconds. b. Writethepositionfunctionasafunctionoftimeforthiscar. c. Sketch the two functions accurately. Specifically, locate the x and y intercepts. Locate the time and position where the two graphs intersect. d. Calculatethetimeandpositionwherethetwocarsmeet.
A car is traveling at –3 m/s at the position +10 meters at the time +5...

A car is traveling at –3 m/s at the position +10 meters at the time +5 seconds. a. Write the position function as a function of time for this car. A second car is traveling at –1 m/s at the position –5 meters at the time +8 seconds. b. Write the position function as a function of time for this car. c. Sketch the two functions accurately. Specifically, locate the x and y intercepts. Locate the time and position where...

a car traveling at 95 km/hr. is 210 m behind a truck traveling at 75 km/hr....

a car traveling at 95 km/hr. is 210 m behind a truck traveling at 75 km/hr. How long will it take the car to catch the truck?
Please show work 3. A car traveling at a constant 39 m/s (-87 mph) passes a...

Please show work 3. A car traveling at a constant 39 m/s (-87 mph) passes a police car that is initially traveling at 25 m/s (55 mph). At the instant of the pass, the police car accelerates at a constant rate of 3.3 m/s in pursuit. We wish to find how much time elapses before the officer catches the car. (a) Identify the initial states when the car passes the police. (b) Define the final state or conditions which enable...
Please show work 3. A car traveling at a constant 39 m/s (-87 mph) passes a...

Please show work 3. A car traveling at a constant 39 m/s (-87 mph) passes a police car that is initially traveling at 25 m/s (55 mph). At the instant of the pass, the police car accelerates at a constant rate of 3.3 m/s in pursuit. We wish to find how much time elapses before the officer catches the car. (a) Identify the initial states when the car passes the police. (b) Define the final state or conditions which enable...

Chapter 2, Problem 2/150 Train A is traveling at a constant speed VA = 38 mi/hr...

Chapter 2, Problem 2/150 Train A is traveling at a constant speed VA = 38 mi/hr while car B travels in a straight line along the road as shown at a constant speed VB. A conductor C in the train begins to walk to the rear of the train car at a constant speed of 5 ft/sec relative to the train. If the conductor perceives car B to move directly westward at 25 ft/sec, how fast is the car traveling?...