The first driver. Although their average speeds while on the road are the same, the overall average speed is the total distance divided by the total time.
18.8 (By the way, the number halfway between is also the "average" of the two numbers.)
number which is halfway between 4.36 and 4.48 on a number line = 4.42to get the halfway between 4.36 ad 4.48, solve for the average first. average:= (4.36 + 4.48)/2= 8.84/2= 4.42
13.3465 The numbers are 0.001 apart so each will be 0.0005 from the halfway point. To find a halfway point (which is also the average), add the numbers together and divide by 2.
The average of 330 and 410 is 370.
Calculate the average of the two numbers.
If you take the actual driving time; they are the same. If you take the journey time (complete, including the stop for driver 2) Then driver 1 has the better time.
Halfway number is 750 so 761 is greater than halfway
Under the vehicle, about halfway back on the drivers side.
18.8 (By the way, the number halfway between is also the "average" of the two numbers.)
on average about 3 million if you are halfway decent
1.55 is halfway between (the average of) 1.5 and 1.6.
number which is halfway between 4.36 and 4.48 on a number line = 4.42to get the halfway between 4.36 ad 4.48, solve for the average first. average:= (4.36 + 4.48)/2= 8.84/2= 4.42
drivers side behind wheel located on frame, about halfway between wheels.
Might just need lubrication like WD40 or graphite.
6.476 +6.48 = 12.956 12.956 / 2 = 6.478, which is the halfway point or AVERAGE of the two numbers.
Halfway between 37 and 143 is the mean average of 37 and 143: (37 + 143) ÷ 2 = 90
No, because halfway is 15. 10 is only 5 higher than 5, but 15 less than 25. So it is not halfway. To find the halfway point (the average), add the two numbers and divide by 2.