At 12 miles per hour, it would take you 5 minutes to go 1 mile 60/12=5. In 1 minute you could travel 1/5 of a mile at 12 miles per hour.
You can travel 2.375 miles.
If you went at a speed of a mile a minute, or 60 mph, you would travel 25 miles in 25 minutes. For 10 miles in this time you only have to travel at 2/5 of that speed, or 24 mph.
At a constant speed of 60 mph, you are traveling 1 mile per minute. It will take you 50 minutes to travel 50 miles.
A jogger travels at a speed of 5 miles and seconds for a minute. How far would he or she travel in that time
It will take 1.79 minutes to travel 50 miles.
60 mph = 1 mile per minute so in 3 minutes it will travel 3 miles.
55 miles considering u go a mile a minute at 60 miles per hour
73 minutes. At 60mph you are traveling at 1 mile per minute. Therefore 73 miles in 73 minutes
You do 26 divided by 30 and get .866666666666 and so on so you round it to .87 miles/minute
60 min = 1 hour The fastest land animal is the cheetah which is estimated to run at speeds of up to 75 mph meaning it could travel 75 ÷ 60 = 1¼ miles = 1.250 miles if it could sustain that speed for 1 minute. It can only sustain that speed for a distance of a little under 1/3 mile. However, the fastest animal is a bird: the peregrine falcon has been recorded at 242 mph, meaning it could travel 242 ÷ 60 = 4 1/30 miles ≈ 4.033 miles. However, as this speed is obtained in a hunting dive and it does not soar to over 4 1/30 miles (about 21,300 ft; as a comparison Everest is about 29,000 ft) before starting its dive, it is not going to be able to sustain that speed for 1 minute. The White-throated needletail (also known as the needle-tailed or spine-tailed swift) is the fasted bird in flapped flight at 105 mph meaning it could travel 105 ÷ 60 = 1¾ miles = 1.750 miles (assuming it can sustain that speed). Its recorded speed of 69.3 mph gives a distance of 69.3 / 60 = 1 31/200 miles = 1.155 miles. In the fish world a black marlin has been recorded at 82 mph (based on how fast it has removed the line from a fishing reel when caught), giving a distance of 82 ÷ 60 = 1 11/30 miles ≈ 1.367 miles (assuming it can sustain that speed for 1 minute).
The ISS travels at almost 5 miles per second, which gives 300 miles per minute. The speed related to one hour is 17,500 miles per hour.
570 mph equates to 9.5 miles per minute.