Your average speed for the whole trip would be 30 mph.
Your average speed for the two trips was 69.7 miles per hour.
If you travel 160 miles in 3 hours, your average speed is 53 and one-third miles per hour.
Average speed = (delta-X) / (delta-T) = (10 miles) / (2 hours) = 5 miles per hour
Their average walking speed is 2.75 mph.
If you can run 800 meters in two minutes your average speed for the 800 meters is 14.91 miles per hour.
Two miles in 16 minutes requires an average speed of 7.5 miles per hour.
Your average speed for the whole trip would be 30 mph.
No matter how fast you go at any point, going one mile in two minutes is an average speed of 30 miles per hour. The average speed of some commuter trains is over 50 miles per hour.
Average speed can be used to measure the distance traveled by an object when the acceleration is constant. x = v * t. When acceleration is a constant, the average speed can be plugged into the equation with time to yield distance.
If Reymark travelled 700 miles in 3 hours, his average speed would be 233.33 miles per hour (rounded to two decimal places). Average speed can be calculated by dividing the total distance travelled by the time taken to travel that distance. In this case, 700 miles divided by 3 hours equals 233.33 miles per hour. It's important to note that this is the average speed, and Reymark's speed may have fluctuated throughout the journey.
Your average speed for the two trips was 69.7 miles per hour.
P and Q are 12 miles far from each other. Given that Patrick drives from P to Q at an average speed of 40 mph Also he drives from Q to P at an average speed of 45 mph Let "s" be the distance between P and Q in miles. Let "t" be the time in minutes There are 60 minutes in 1 hours By the definition pf average speed we can write that The speed is given in two situations in miles per hour Case 1 When average speed = 40 mph Case 2 When average speed = 45 mph Given that Patrick takes two minutes less Solving for "s" from equations (1) and (2) gives us So we can conclude that P and Q are 12 miles far from each other.
Approximately two hours and nine minutes.
If you travel 160 miles in 3 hours, your average speed is 53 and one-third miles per hour.
Average speed = (delta-X) / (delta-T) = (10 miles) / (2 hours) = 5 miles per hour
It will require one hour if you maintain an average speed of 862 miles per hour. It will require two hours if you maintain an average speed of 431 miles per hour. If your average speed is 60 miles per hour it will require about 14 hours and 20 minutes of driving time to end the trip. If you have access to a good motor speedway, you should expect faster times.