yes; distance divided by time
The relationship between distance, rate (or speed), and time is described by the formula: Distance = Rate × Time. This means that the distance traveled is directly proportional to both the rate of movement and the time spent traveling. If either the rate increases or the time extends, the distance covered will also increase, assuming the other variable remains constant. Conversely, if the distance is fixed, changes in rate or time will affect one another.
Without going into all the fine points about the difference between speed and velocity, speed is generally assumed to be the distance travelled in a unit of time. As an example if you travel 120 feet in 60 minutes you travel at a speed of 120 ft/60 min = 2 ft/min. The assumption (looking at the answer) is that you travelled at the same rate every minute. However in the real world you may have gone 119 feet in 1 minute and spent the remaining 59 minutes traveling the last foot. Spped is therefor the average rate you conered the distance in the total time elapsed.
Average speed = Distance travelled/Time spent = 300/6 = 50 km per hour.
The rest stops the driver made are included in the calculations because they affect the total time of the trip, which is essential for determining the average speed. Average speed is calculated by dividing the total distance traveled by the total time taken, including any breaks. Ignoring rest stops would lead to an inaccurate representation of the bus trip's overall speed. Thus, for a realistic average speed calculation, all time spent traveling and resting must be considered.
It would appear like a child's drawing of a mountain: a line rising from the horizontal axis to reach a maximum height (= distance to destination) and then returning to the horizontal line. The exact shape of this "mountain" will depend on how the speed and directions varied during the journey. Also, if the mountain could be a plateau if there was any time spent at the destination.
You multiply the speed at which you are traveling by the time spent traveling.
Distance traveled over a period of time is calculated by multiplying the speed of travel by the time spent traveling. This formula represents the basic principle of distance = speed x time.
It was (the total distance he covered) divided by (the total time he spent riding).
No, you would also need to know the time spent travelled. Distance equals rate multiplied by time, or D=RT.
-- measure the distance between the place where he started and the place where he ended up, or read the total distance he covered from the odometer in his car -- divide that number by the length of time he spent covering that distance -- the answer is his average speed over that distance, and during that time
Average speed = (distance covered) divided by (time to cover the distance). If I leave the house at 8:00 in the morning, drive 20 miles to the office, stay in my office until late afternoon, leave the office and drive 20 miles home, and arrive home at 6:00 in the evening, my average driving speed for the day is (40 miles) divided by (10 hours) = 4 miles per hour.
Instantaneous speed is your speed at a given moment in time, whereas the average speed is the rate at which something has travelled from one point to another.In practice, the average speed is calculated using the total distance travelled and dividing it by the total time spent travelling:vaverage=Δd/ΔtWhereas the instantaneous speed is the time derivative of the distance travelled:vinstantaneous=dx/dt
The bicycle speedometer odometer offers features such as tracking speed, distance traveled, time spent cycling, average speed, maximum speed, and sometimes even calories burned. These features help cyclists monitor their performance and progress during rides.
Divide the total distance by the amount of fuel used... then multiply by the cost per gallon.
Keep track of how much time was spent moving and divide it into the total of miles traveled.
34. 5 hours
The distance traveled (m) is the speed (s) multiplied by the time (t). That ism = stHere t is in hours when m is in miles and speed in miles per hourm = 65t