Did something happen or happened?
Did something happen or happened?
Both forms are grammatically correct (contrary to the insistence of some British grammar purists). The first one (“What happened?”) is the one most of us would likely ever to need in normal life. Use “did” when we knew something had happened but wanted more details.
When did this happened?
“When was it happened?” is not correct because you must use the base form of the main verb after an auxiliary verb. You used “happened,” which is the past tense and past participle of “to happen.” The correct phrasing would be “When did it happen?”
Why does anything happen?
Things “happen” because the universe is in a constant state of motion and that motion represents energy, which is another form of matter. Matter distorts space time, which is known as gravity. Gravity distorts the path of objects causing more events to happen.
What does everything happen for a reason mean?
“I believe that everything happens for a reason. People change so that you can learn to let go, things go wrong so that you appreciate them when they’re right, you believe lies so you eventually learn to trust no one but yourself, and sometimes good things fall apart so better things can fall together.”
Why is there anything at all rather than nothing?
Gottfried Wilhelm Leibniz. Leibniz thought that the fact that there is something and not nothing requires an explanation. The explanation he gave was that God wanted to create a universe – the best one possible – which makes God the simple reason that there is something rather than nothing.
Is it possible for there to be nothing?
Therefore absolute nothingness is impossible. One moer point “nothingness” means “there not being anything (not something)”, and “be (being)” means “existence”, which according to your definition is an attribute – and an attribute can only be an attribute of something (anything).
What happens when all the stars die?
Eventually the cycle of star birth and death will come to an end. Gravity will have won, a victory delayed by the ability of stars to call on the resources of nuclear fusion. But ultimately, gravity will reduce all stars to a super-dense state as black holes, neutron stars or cold white dwarfs.