2hours 57 minutes = 177 minutes 177 minutes/26 miles= 6.80 minutes /miles 0.80 minutes x 60 seconds= 48 seconds Answer= 6:48 /mile
Simply add your times and divide by the distance (or visa-versa).21 minutes + 63 minutes = 84 minutes84 minutes/10 miles = 8.4 minute miles.Note, this is a convenient form to calculate speed for runners. However, the "standard" would be in MPH (or the metric equivalent).(10 miles / 84 minutes)*(60 minutes/hour) = 7.14 MPHA common fallacy might be to calculate the speed in each leg of the race and average.3 miles in 21 minutes = 7 minute miles.7 miles in 63 minutes = 9 minute miles.If you average these two you get 8 minute miles WHICH IS INCORRECT.The problem with this is that the runner ran each pace for different distances. If the distances at each pace were the same, then this would work.
You take 20 minutes to walk each mile, and then you do that for 3 miles.
2 miles in 16 minutes = 7.5 miles per hour This is roughly equal to running 8 times around an outdoor track and doing each lap in 2 minutes.
30 milesif she was driving at a rate of 40 miles each hour, and she drove for 3/4 of an hour (45 minutes), then she would have driven 3/4 of 40 miles, which is 30 miles.
2hours 57 minutes = 177 minutes 177 minutes/26 miles= 6.80 minutes /miles 0.80 minutes x 60 seconds= 48 seconds Answer= 6:48 /mile
Simply add your times and divide by the distance (or visa-versa).21 minutes + 63 minutes = 84 minutes84 minutes/10 miles = 8.4 minute miles.Note, this is a convenient form to calculate speed for runners. However, the "standard" would be in MPH (or the metric equivalent).(10 miles / 84 minutes)*(60 minutes/hour) = 7.14 MPHA common fallacy might be to calculate the speed in each leg of the race and average.3 miles in 21 minutes = 7 minute miles.7 miles in 63 minutes = 9 minute miles.If you average these two you get 8 minute miles WHICH IS INCORRECT.The problem with this is that the runner ran each pace for different distances. If the distances at each pace were the same, then this would work.
The average speed over the first 30 miles is equal to the average speed over the next 15 miles. You cannot guarantee that the speed was constant inbetween, though. The average speeds are 45 MPH for each leg.
Average one-way commute time is 26 minutes (over an average distance of 16 miles)
Minutes and miles are not related to each other by any means
In twice the time she would walk twice as far...
7 hours, 28.8 minutes
9.230...minutes
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.
You take 20 minutes to walk each mile, and then you do that for 3 miles.
It depends on how fast you drive. However, as an example, if you maintained an average speed of 65 mph, the time to cover 50 miles would be about 46 minutes. You would have to add time for stops, detours and other delays.
2 miles in 16 minutes = 7.5 miles per hour This is roughly equal to running 8 times around an outdoor track and doing each lap in 2 minutes.