Distance(velocity), or D(v)
Velocity is measured by distance traveled divided by the time taken to travel. Unlike speed Velocity contains vectors, which means you can have a negative velocity. For example if a car traveled to the right 6 meters in 3 seconds velocity would be 2 meters per second or 2 m/s An example showing the vector (Direction) would be a car traveled 6 meters to the left in 3 seconds. -6/3= -2 m/s
Scientists use Kilometers to measure distance traveled by a car
You calculate a rockets average velocity the same way you calculate the average velocity of anything else, a car, a running dog, or a stick floating on a stream. Velocity equals distance divided by time. It does not matter if your rocket traveled five thousand kilometers in one hour or if your car traveled 30 miles in one hour even if it stopped for gas along the way, you use the same formula.
v=^x/^tVelocity is measured by distance traveled divided by time taken to travel.Or more simply explained:Velocity = Displacement ÷ TimeSo, say your car is driving on a road where as you pass by a road sign which says 60 mph. That is your current velocity.Your car's velocity = 60m÷h = 60mph to work back you could say that you have traveled 60 miles in one hour.Your car's velocity = 60 miles ÷ 1 hour
Just divide the distance by the time. To know the velocity, you would also need to know in what direction the car travels.
It depends upon the speed or velocity of the car for e.g. if speed is 100km/min then Distance = speed X time i.e. D= 100X90= 9000km
a car or any automotive going in circles, it has no direction 8)
Simply divide the distance traveled by the time.
DISTANCE + VELOCITY x TIME So if you travel 90 miles in two hours, 90 = velocity x 2 velocity = 45 miles per hour After 7 hours DISTANCE = 45 x 7 = 315 miles
Velocity is measured by distance traveled divided by the time taken to travel. Unlike speed Velocity contains vectors, which means you can have a negative velocity. For example if a car traveled to the right 6 meters in 3 seconds velocity would be 2 meters per second or 2 m/s An example showing the vector (Direction) would be a car traveled 6 meters to the left in 3 seconds. -6/3= -2 m/s
The distance traveled by an object divided by the time it takes to travel that distance is called the average speed, r, if you are also considering its direction, its average velocity. Velocity = distance in one direction/time Speed = distance/time For example: A car that travels 60 miles in a time of 2 hours has a speed of 30 miles per hour.
Velocity is measured by distance traveled divided by the time taken to travel. Unlike speed Velocity contains vectors, which means you can have a negative velocity. For example if a car traveled to the right 6 meters in 3 seconds velocity would be 2 meters per second or 2 m/s An example showing the vector (Direction) would be a car traveled 6 meters to the left in 3 seconds. -6/3= -2 m/s
Scientists use Kilometers to measure distance traveled by a car
Consider the two statements: (1) The car left town and traveled 50 km. (2) The car left town and traveled 50 km NORTH. In the first statement we are merely talking about the distance traveled We do not know which way the car went. This is speed. SPEED is only a magnitude. In the second, we are giving more info by adding the DIRECTION in which the car traveled. This is VELOCITY. VELOCITY gives speed together with DIRECTION. You can see that VELOCITY is more informative than SPEED. In everyday life, people in the streets use the two terms interchangeably, but in science and engineering the distinction is important.
Distance = Rate X Time so.... Rate = Distance/Time 210 miles/30 hours = 7 miles per hour
D=vt d=distance v=velocity t=time 24km
When you have information about the motion of the cars in terms of its velocity of acceleration over a period of time but not its distance from a fixed object.