I do not expect the Earth to be destroyed until about 3 billion years from now. We have lots of time.
Mars orbits the sun once in 687 earth days. 30 Mars years = (30 x 687) = 20,610 earth days 365-1/4 earth days = 1 earth year 20,610 earth days = (20,610 / 365.25) = 56.427 earth years. Why do you ask ?
We know that Saturn takes about 29.4571 earth years to orbit the sun. That's pretty close to 30 years.
Saturn takes about 29.5 Earth years to make one revolution around the sun, so approximately 29-30 Earth years will pass during that time.
No, an asteroid cannot destroy earth, but a large enough asteroid can have devastating effects on the life on Earth
It's absence can. UV will enter the earth which will destroy mankind.
Mars orbits the sun once in 687 earth days. 30 Mars years = (30 x 687) = 20,610 earth days 365-1/4 earth days = 1 earth year 20,610 earth days = (20,610 / 365.25) = 56.427 earth years. Why do you ask ?
For a supernova to directly destroy Earth, it would need to be less than 10 light years away. However, even if a supernova were to occur farther away, its effects on Earth's atmosphere and climate could still be substantial.
No - a light year is a unit of distance - not time so you can't convert.
Revelation 11:18 promises that God will: "...destroy them that destroy the earth."(ASV)
He lived on earth for about 30 years
30 years(in Apollo spacecrafts)
That would utterly destroy Earth.That would utterly destroy Earth.That would utterly destroy Earth.That would utterly destroy Earth.
We know that Saturn takes about 29.4571 earth years to orbit the sun. That's pretty close to 30 years.
it takes saturne 50 years to orbit the sun actually i dont know but hi mom im on the internet
Saturn takes about 29.5 Earth years to make one revolution around the sun, so approximately 29-30 Earth years will pass during that time.
123.40351046845905 Earth years.
It won't. Eventually the sun will expand and will probably destroy Earth. Earth has been around for billions of years and is fairly durable as it is an extremely large mass of rock and metal. It would take quite a bit of energy to destroy something so big.