I was watching whodunnit and at the end a contestant died from being set on fire. Well it really disturbed me because it looked so real. So I think I'll feel better if I know how they did it.
A black hole is nothing but a large vacuum in space. It sucks in the stuff surrounding it and pushes it into other universes, where old debris from this universe will be recycled to create new star systems in others.
Black hollow is nearly a ball interior the area it has very very very severe gravitational rigidity it may only devour even a sunlight with help of its gravitationaly rigidity there are dissimilar issues which revoul around it like time black hollow slows the time for eg think of their is an eye fixed whilst it come closer to black hollow its vast stick decelerate ultimately give up this shows that black hollow decelerate the time there is different risky difficulty that's named darkish count even even though it is punctiliously diverse powerfull than black hollow its skill is like this whilst something is offered in its way it by way of that merchandise very very very away scientists say by using those 2 risky count this univerous grew to become into formed wish u like comprehend it i'm susceptible in english sorry variety any misstake
In a way. There is a 'hole' that light cannot escape from, but the mass is still present so it hasn't gone anywhere. We have theories about what the 'inside' is like, but they are all speculation.
A fright cannot cause a fever, there is obviously a separate reason for the fever such as new teeth coming in or a virus, just give your child some tylenol or motrin and for the fright some cookies and milk and some motherly love and hugs should do the trick. Talk to you child and explain why the alarm went off and what it is for and that it will not hurt him/her. Soon this will be nothing but a mere distant memory.
It's easier to think of black holes as forming very deep, very steep pits in the fabric of spacetime. All massive objects indent spacetime to some degree - the ball on a rubber sheet is the classic 2-D representation of this that physicists use to explain gravity. Einstein's theory of general relativity first explained this by saying that massive objects warp space time. The more massive the object, the deeper the indentation in space time. The steepness of the well dictates the strength of the gravitational field. There is speculation that some black holes may indeed lead to other parts of our universe, or other universes entirely. We have no way of testing this at the moment, although it's certainly food for thought.
