This is impossible to know, since the diameter of a black hole isn't a universal constant. However, if you are referring to the diameter of a singularity and not the diameter of the event horizon, the answer is slightly different. Since a singularity is a point and therefore does not have a measurable diameter, it could be said that an infinite number could fit within a linear mile.
To determine how many dimes are in a mile, we first need to know the dimensions of a dime. A dime has a diameter of 0.705 inches. There are 63,360 inches in a mile, so dividing that by the diameter of a dime gives approximately 89,000 dimes in a mile if laid side by side.
To calculate how many 1p coins make a mile, we first need to know the diameter of a 1p coin, which is 20.5 mm. A mile is 1,609,344 mm. By dividing the total distance of a mile by the diameter of the coin, approximately 78,301 1p coins laid side by side would make a mile.
The area in acres is 125,653 9.
It's about 0.3183 mile. (rounded)
Jupiter has a diameter of 88,846 miles.
195 laps.
That depends whether the "10-mile circle" refers to the circle's radius, its diameter, or its circumference. Assuming it is the diameter, divide it by 2 (to get the radius), then use the formula: area = pi x radius2.
The diameter is 31 times 2 = 62 miles
it would depend on the speed of the car or the diameter of the tire.
113.097 square miles or 3.15296e9 square feet.
That would depend upon the size of the tire. My car has tires that are about 221/4" in diameter which means they have circumference: circumference = π x diameter ≈69.9" which is the distance travelled in one complete revolution of the tire. 1 mile = 63360 in ⇒ revolutions = 1 mile ÷ circumference_of_tire ≈ 63360 in ÷ 69.9 in ≈ 906.43 revolutions per mile My bicycle has tires that are about 271/2" in diameter meaning the number of revolutions is: revolutions ≈ 63360 in ÷ (π x 271/2 in) ≈ 733.39 revolutions per mile
200 miles