Total Distance: Distance from some fixed point at end - Distance from the same fixed point at start.
Total Time: Time at end - Time at start.
Not sure what is meant by "calculate them altogether".
Calculate the total time, and the total distance. Divide the total distance by the total time. This will give you the average speed.
Average Speed = Total Distance / Total Time
Wheels have rpm's (rotation per minute) and you can calculate that by using the circumference formula to find the total length around the wheel. If you have a specific distance you want to cover, divide that distance by the circumference to find the RPM. Or if tires have a maximum capacity it can hold, you'd have to calculate the total weight of the car and compare it to the all four or 6 of the tire's maximum capacity to see if the tires can adequately hold and support the car.
Average speed = Total distance/Total time
force x perpendicular distance from a specific, defined point
For the speed of a single pedestrian, measure the time it takes him/her to walk a set distance (for example 10 meters) and divide the distance by the time. For the average speed of a pedestrian find a large number of people and measure the speed of each person and find the average by summing all the speeds and dividing by the number of people who took the test.
Calculate the total time, and the total distance. Divide the total distance by the total time. This will give you the average speed.
The actual speed can change all the time. You can calculate the average speed by dividing the total distance traveled by the total time.
You calculate the charge in velocity, not in distance.
Take the distance in miles and multiply by 1.609
Average Speed = Total Distance / Total Time
Wheels have rpm's (rotation per minute) and you can calculate that by using the circumference formula to find the total length around the wheel. If you have a specific distance you want to cover, divide that distance by the circumference to find the RPM. Or if tires have a maximum capacity it can hold, you'd have to calculate the total weight of the car and compare it to the all four or 6 of the tire's maximum capacity to see if the tires can adequately hold and support the car.
Average Velocity = Total Distance / Total Time
Average speed = Total distance/Total time
force x perpendicular distance from a specific, defined point
(total distance travelled)/(total time)
First, you have to specify what cities you want to find the distance between, and then you can find the distance between each one, and finally add all the distance together, to give you the total.