To determine the radius of a hole, you need to measure the distance from the center of the hole to its edge. This can be done using a ruler or caliper. If the hole is circular and you have the diameter, simply divide that measurement by two to find the radius. If you provide specific dimensions or context, I can assist further!
the answer is 20
A hole that is 5 cm in diameter would have a circular opening with a radius of 2.5 cm. It can be described as roughly the size of a medium-sized coin, such as a quarter. The depth of the hole can vary, but the diameter indicates it has a relatively small opening.
To calculate the volume of a hole that is 6 feet wide and 6 feet deep, you would use the formula for the volume of a cylinder: Volume = π × radius² × height. The radius is half the width, so it would be 3 feet. Thus, the volume of the hole is approximately 3.14 × (3)² × 6, which equals about 169.56 cubic feet. Since there are 7.48 gallons in a cubic foot, the hole can hold approximately 1,267 gallons of water.
As it is a hole there is no dirt in it. However, a cylinder of dirt with radius 1.5ft, depth 5ft and a volume of πr2h ~= 35.34 cu ft has been removed.
3.4 miles is 17952ft r2 = 4400/17952pi r= 0.28 ft
If it had a radius, then it wouldn't be a singularity. The event-horizon surrounding a black hole has a radius, which depends on the black hole's mass. But the singularity itself has no radius.
The Schwartzchild radius.
It is called the Schwarzschild radius
The black hole property that determines the Schwarzschild radius of the black hole is that it has mass but no angular momentum nor electric charge.
the answer is 20
The black hole with a mass of 3 solar masses has the largest radius among the objects listed. This is because the radius of a black hole is determined by its mass and the Schwarzschild radius formula, which dictates that the radius of a black hole increases with its mass.
The Schwarzchild radius of a 2 solar mass black hole would be about 5.9 km.
the hole has a 20 foot diameter and a 10 foot radius
Well, darling, the Schwarzschild radius is basically the point of no return around a black hole where not even light can escape. It's like the ultimate "do not enter" zone in space. So, if you ever find yourself approaching a black hole, you better hope you don't cross that radius unless you want to be spaghetti-fied into oblivion.
The event horizon of a black hole is a spherical area round the center of the black hole; it has a radius proportional to the mass of the black hole - a radius of about 2.95 kilometers for every solar mass.
The radius of the event horizon of a black hole can be approximated by its Schwarzschild radius which is given by the formula r=2GM/(c^2) where G is Newton's gravitational constant, M is the object's mass, and c is the speed of light. Standard units for mass and speed are kilograms and meters per second respectively, yielding a radius in meters. For a 7 solar mass black hole the Scwarzschild radius would be about 20.67 kilometers. So the event horizon would be about 40.34 kilometers across.
The black hole represents a crust in the space which swallows anything that passes through it. Even light cannot escape from a black hole! There is a particular radius for a mass to become a black hole when it is squashed. This is known as the Schwarzschild radius and for the body to become a black hole, the escape velocity must equal or exceed speed of light!