Yes, that is correct.
218 kph = 136.25mph A body is moving at 218 kilometers per hour. To find out how many miles will it move in the same amount of time, we will need to convert killometers into miles. 1 km = 1.6 miles therefore 218 km = 218/1.6 miles = 136.25 miles.
The distance is how far the object travels in total, the displacement is how far the object is from its starting position as the crow flys. e.g. if you leave your house and walk 5 miles to the shop and then 5 miles back home again. your distance traveled will be 10 miles but your displacement will be 0.
The human eye starts to lose details and perception and most of all peripheral details at 8 miles an hour and faster. So at 55 miles an hour your brain can't process everything that you are looking at. Your vision doesn't necessarily blur, it just isn't as sharp at noticing everything you are able to look at(tunnel vision).
Barely moving - about 0.082 mph Well, that is actaully miles per minute. Multiply by 60 to mph Ans: 4.94 mph
It is a measure of the average number of miles covered in a period of one hour.
55 mph. If the car stops (impact) people inside are still moving at 55 mph. They will hit the inside of the car- at 55 mph. That has the same effect as if you were standing still, and were hit by a car moving 55 mph. Messy. Wear your seatbelt.
Depends on condition and miles on the vehicle. Condition means everything.
Depends on the size and type of vehicle and what type of engine it has and if or how much luggage/cargo there is inside besides a few people.
the amount of miles a vehicle has driven in its lifetime
RPM, revolutions per minute, cannot be converted to miles per hour unless additional information is known. In general you need t know the radius around which the object rotates to calculate the miles per hour with which it is moving. In an automobile, you need to know the gear ratio and tire size before you can convert RPM to the miles per hour at which the vehicle is moving.
The amount of miles that a Honda Element will last will vary from vehicle to vehicle. The wear and tear on the vehicle plays a role in the amount of miles the engine can take. Many vehicles last well over 200,000 miles.
Assuming that the fly is in the car, then yes, it would also be travelling at sixty miles per hour. This is because when the car travels sixty mph, inside, the back of the car pushes the air inside to travel at the same approximate speed. The air then pushes the fly to travel at sixty miles per hour. If the front and back of the car were open (windshield and back window), then the air inside the car would not be moving, although since you would be travelling at sixty miles per hour, it would seem that the air is moving back.
There is to much missing information to answer this question. Relative heights and centre of gravity of both vehicles. Did the flipped vehicle hit or strike another object? (curb for instance) Surface type and friction coefficient of road surface.
Miles - How far the vehicle traveled. Hours - How long the engine was running. Every sit at a traffic light with the motor running and the car not moving? The hour meter keeps ticking but you're ading no miles. Why would you think the two meters should match? Think...
its moving 1000.000.000 miles an hour
It is moving at 0.01944... (recurring) miles per second.
It is not as simple as just taking the miles off. If you would like an older vehicle to have 0 miles on it you would have to have many parts on the vehicle resurfaced and replaced.