Just use the basic equation for speed: distance = speed x time.
Don't worry about the speed limit and the stop lights. You don't need them,
they don't help, and they're not involved in deriving the answer. Among
higher mathematicians, items like these are referred to as "red herrings".
On average a month has 302400 minutes.
First convert the hours bit into minutes. There are 60 minutes in an hour. Therefore we multiply by 60 and this gives: 5x60 = 300. Next you add on the 14 minutes: 300+14 = 314 Therefore 5 hours and 14 minutes is equal to 314 minutes.
60x24x365
There are 60 minutes in one hour. Therefore, 1140 minutes is equal to 1140/60 = 19 hours.
60 seconds in a minute, therefore... 1780 / 60 = 29 minutes, 40 seconds (29.66667 minutes)
The equation that equals 525,600 can be derived from converting time into minutes in a year. Specifically, there are 60 minutes in an hour, 24 hours in a day, and approximately 365 days in a year. Therefore, the equation is: ( 60 \times 24 \times 365 = 525,600 ).
Simple Equation Speed = Distance / Time as you want it in a speed distance per minute, the time in this equation is in minutes. it will result in a unit of miles per minute. 70 divided by 80 = 0.875 so the average speed is 0.875 Miles per Minute
To find the distance Darren is from work, you can use the formula: distance = speed × time. If Darren can average 30 mph and takes 30 minutes (which is 0.5 hours), the distance is calculated as follows: distance = 30 mph × 0.5 hours = 15 miles. Therefore, Darren is 15 miles away from work.
16 km is not a speed (average or otherwise), it is a distance. It is therefore impossible to answer this question.
Time is relative. Therefore, if you take 20 minutes to walk 200 yards then 20 minutes is a long time. However, relative to an average lifetime, 20 minutes is a very short amount of time.
To find your average speed, divide the total distance by the total time. You ran 30 miles in 90 minutes, which is 1.5 hours (since 90 minutes is 1.5 hours). Therefore, your average speed is 30 miles ÷ 1.5 hours = 20 miles per hour.
If 90 minutes after a certain time is the same number of minutes after 11 AM, we can set up the equation. Let ( x ) be the number of minutes before 10 AM. Then, ( 10 AM - x ) gives us the time. 90 minutes later would be ( 10 AM - x + 90 ), and it needs to equal ( 11 AM + x ). Setting the equation gives us ( 10:00 - x + 1:30 = 11:00 + x ). Solving this, we find ( x = 30 ). Therefore, it is 30 minutes before 10 AM.
To find out how many games can be played in six hours and 30 minutes, first convert the time to minutes. Six hours and 30 minutes is 390 minutes. If each game takes an average of 12 minutes, divide 390 by 12, which equals 32.5. Therefore, they can finish 32 full games in that time.
To find the average speed, you divide the distance by the time taken. In this case, the distance is 3 kilometers and the time is 15 minutes. First, convert 15 minutes into hours, which is 0.25 hours. Therefore, the average speed is ( \frac{3 \text{ km}}{0.25 \text{ hours}} = 12 \text{ km/h} ).
On average a month has 302400 minutes.
The total displacement is 0 km, as the student returns to the starting point. The total time taken is 5 minutes + 7.1 minutes = 12.1 minutes. Therefore, the average velocity is 0 km divided by 12.1 minutes, which equals 0 km/min.
To find Shane's mother's average speed, divide the total distance by the total time. She runs 10 miles in 90 minutes, which is 1.5 hours (90 minutes ÷ 60 minutes/hour). Therefore, her average speed is 10 miles ÷ 1.5 hours = approximately 6.67 miles per hour.