The area in space where gravity is so strong that it acts like a vacuum cleaner is called a black hole. In a black hole, the gravitational pull is so intense that nothing, not even light, can escape from it once it crosses the event horizon. This extreme gravitational force results from the collapse of massive stars at the end of their life cycles.
No. First of all it wouldn't stay on the ground. and why would you need to vacuum?A vacuum cleaner depends on a difference in air pressure to operate. With no air pressure in space, there could be no difference in air pressure and thus no operation.Inside a manned spacecraft, which is usually pressurized a vacuum cleaner will obviously work just fine; especially for collecting and disposing of water globules. Also the standard NASA space toilet uses a modification of a vacuum cleaner for urine collection.
A black hole is an area in space that acts like a vacuum cleaner, exerting a strong gravitational pull on surrounding matter and light. This gravitational force is so powerful that not even light can escape from it, giving it its characteristic black appearance.
Yes, space itself does not have gravity as it is a vacuum. However, massive objects like stars and planets create gravity due to their mass. This gravity causes objects to be attracted towards them in space.
black holes are believed to have the strongest gravitational pull. that and beaches at spring break.
Your weight is less on the moon b/c you have less gravity that pushes down on you in space--and in space there is no gravity,its a big vacuum and your mass is whats inside you.
a black hole
That area is called a black hole.
This is called a black hole. It is a region in space where the gravitational pull is so strong that nothing, not even light, can escape from it.
The space vacuum cleaner works by using suction to collect debris and dust in the vacuum of space. It operates similarly to a regular vacuum cleaner, but is designed to function in the unique conditions of space, where there is no air to create traditional suction. Instead, the vacuum cleaner uses specialized technology to create a vacuum and collect debris and dust particles.
It technically doesn't, given that a vacuum cleaner works via air pressure differences, and space is mostly a vacuum already. What it does do, is by an enormous amount of mass focused in a small point, create a very strong gravity field, to the point that even light cannot escape a certain proximity. This is known as the 'event horizon'. Basically, nothing we know of that crosses that line can escape the gravity, drawn into the singularity at the center.
No. First of all it wouldn't stay on the ground. and why would you need to vacuum?A vacuum cleaner depends on a difference in air pressure to operate. With no air pressure in space, there could be no difference in air pressure and thus no operation.Inside a manned spacecraft, which is usually pressurized a vacuum cleaner will obviously work just fine; especially for collecting and disposing of water globules. Also the standard NASA space toilet uses a modification of a vacuum cleaner for urine collection.
Examples of vacuums include the vacuum inside a sealed jar, the vacuum of outer space, and the vacuum inside a vacuum cleaner.
A black hole is an area in space that acts like a vacuum cleaner, exerting a strong gravitational pull on surrounding matter and light. This gravitational force is so powerful that not even light can escape from it, giving it its characteristic black appearance.
A vacuum cleaner is a machine used to clean floors by sucking up dirt and debris, while a vacuum refers to a space devoid of matter or air.
I seek the vacuum of space. Who'll vacuum the living room? That's a powerful vacuum cleaner.
Any concentration of mass will "suck in" energy and matter, due to its gravity; for example, a star.A black hole - to which the description presumably applies - has the characteristic that nothing gets out again.
Gravity waves travel as small distortions in space and time.