Recall that: distance = rate x time rate = distance / time First, determine the change in the distance of a plane. Then, divide that by the time elapsed. You should get: rate = (19000 - 33000) feet / 7 minutes = -2000 feet / minute
Three miles in 45 minutes is an average speed of 4 miles per hour or 5.87 feet per second.
"Mean" means "average"= (distance covered) divided by (time to cover the distance)= ( 90 / 4.5 ) = 20 feet per second
NO. 1 mile is 5280 feet. That would be almost 2 miles in 5 minutes! You would do really well if you could run 1 mile in that length of time.
Fog, mist, dark
Suppose a runner covers a distance of 5322 feet in a 6 minutes and 11,531 feet in 13 minutes. So how much distance does the runner cover in 16 minutes?
The average jumping distance of a baby kangaroo is 10 feet or less. The average jumping distance for an adult kangaroo is about 30 feet but they can jump as far as 40 feet.
The average speed is 1.023 miles per hour.
The average jumping distance of a human is around 3-4 feet horizontally. However, this can vary depending on factors such as leg strength, athleticism, and technique.
Recall that: distance = rate x time rate = distance / time First, determine the change in the distance of a plane. Then, divide that by the time elapsed. You should get: rate = (19000 - 33000) feet / 7 minutes = -2000 feet / minute
To convert milliseconds to feet per minute, you first need to determine the distance covered in feet for the given time in milliseconds (if the distance is constant). Then, you can calculate the speed in feet per minute by dividing the distance by the time in minutes (converted from milliseconds). So the formula would be: Speed (feet per minute) = Distance (feet) / Time (minutes).
about 25-30 feet
Having 20/15 vision means the person can see at 20 feet what an average person can see at 15 feet, indicating better than average vision. In comparison, someone with 20/20 vision sees at 20 feet what an average person sees at 20 feet.
You measure the distance travelled and convert it to feet. You measure the time taken for travelling that distance and convert that it to minutes. You divide the first by the second and you have feet per minute.
1.5 feet per second.
On average, a person can hear sounds underwater up to a distance of about 60 meters (200 feet). This distance may vary depending on water conditions, such as temperature, pressure, and clarity.
I'm not an opthamologist, but I believe that 15/15 is no better nor worse than 20/20.15/15 means that at 15 feet distance from the chart, you see what the average person would see at 15 feet distance.20/20 means that at 20 feet distance from the chart, you see what the average person would see at 20 feet distance.Since some people have problems with distance vision (Myopia), and some people have problems with near vision (Hyperopia), it would seem possible for someone to have 15/15, but not 20/20, or vice versa.