His velocity was zero - since he's back to where he started. (Try to substitute speed where appropriate.)
Julie's average velocity was 5 m/s. (Velocity = distance / time = 8 laps x 0.25 miles per lap / 18 minutes = 5 m/s)
Julie's average velocity was 2 miles per hour. This is calculated by dividing the total distance (2 miles) by the total time (1 hour, as there are 60 minutes in one hour).
To find Julie's average velocity, we first calculate the total distance she ran. Eight laps on a quarter-mile track equals 2 miles (8 laps × 0.25 miles/lap). Since she completed this in eighteen minutes, we convert that to hours: 18 minutes is 0.3 hours. Her average velocity is then distance divided by time, which is 2 miles / 0.3 hours = approximately 6.67 miles per hour.
To find Julie's average velocity, we first need to determine the total distance she ran. 8 laps around a quarter-mile track is 2 miles (8 laps * 0.25 miles/ lap). Then, we can divide this distance by the total time to get her average velocity, which is 2 miles / 18 minutes = 0.11 miles per minute.
His velocity was zero - since he's back to where he started. (Try to substitute speed where appropriate.)
To find the average velocity, we need to know the total distance Julie ran. If she ran eight laps around a quarter-mile track, she covered a total distance of 2 miles. To calculate the average velocity, divide the total distance by the total time taken: 2 miles / 18 minutes = 0.111 miles per minute.
The moon's average velocity around Earth is about 2,288 miles per hour.
Ten laps = 10*.25 = 2.5 miles. 2.5 miles in 15 minutes = 2.5/15 miles per minute = 60*2.5/15 or 10 miles per hour.
You say the track is 400m, then ask how far you have run after 18 laps. Your distance is 2 miles. Your average speed is 9min per mile. apex- 0
0 m/s
0 (apex)
His velocity was zero - since he's back to where he started. (Try to substitute speed where appropriate.)