Three miles = 15,840 feet.
To calculate Mr. Hoffman's average velocity, we need to consider the total distance traveled and the total time taken. He drove 10 miles to school and 10 miles back home, totaling 20 miles. The total time taken was 20 minutes to school and 30 minutes back, which is 50 minutes. Therefore, the average velocity is calculated as total distance (20 miles) divided by total time (50 minutes), resulting in an average velocity of 0.4 miles per minute.
zero
10 miles = 52800 feet in 7200 seconds = seven and one third fps.
To find Mr. Hoffman's average velocity for the entire trip, we need to calculate the total distance and total time. He drove 10 miles to school and 10 miles back home, totaling 20 miles. The total time taken was 20 minutes to school plus 30 minutes home, which equals 50 minutes (or 50/60 hours). The average velocity (V) is calculated as total distance divided by total time: ( V = \frac{20 \text{ miles}}{\frac{50}{60} \text{ hours}} = 24 \text{ miles per hour} ).
Approximately 1/2 second.
the answer is 3.62
A local trade school is a trade school taht is within 50 miles of your home address.
that's 7miles isn't it,dumb question :S
60 feet.
Metres or kilometres in metric; yards or miles in Imperial
0.72
car, bus, bike
Well, if you are in Fast Pitch- 40 feet
40 or 43 feet
Yes, they should have like almost every color.
It varies from school to school. I know that it cannot be bigger then 200 down the lines and 220 in the middle, but im not sure one what the smallest is. My high school field was 190 down the lines and 200 in center.
To calculate Mr. Hoffman's average velocity, we need to consider the total distance traveled and the total time taken. He drove 10 miles to school and 10 miles back home, totaling 20 miles. The total time taken was 20 minutes to school and 30 minutes back, which is 50 minutes. Therefore, the average velocity is calculated as total distance (20 miles) divided by total time (50 minutes), resulting in an average velocity of 0.4 miles per minute.