It is called a nova.
It is dead. It becomes a black dwarf, just a rock.
When the layers escape into space, this is classified as a planetary nebula. What usually is left behind is a white dwarf.
There are 2 names and that all depends on the mass of the start to start with. Our Sun when it dies will cast off its outer layers into what is called a Spacial Cloud. More massive starts on the order of 4 times as large as our star will die violently in what is Called a Super Nova.
It's really hard to tell from that description, but it could possibly be a neutron star.
That is an idiotic question. To get home! Without fuel in outer space, the ship would keep its current inertia and be lost. Fuel is used to change the trajectory of the ship.
The amount of gas needed for a 10-ton spaceship to reach outer space would depend on the type of propulsion system used, the distance to outer space, and other variables. Generally, it would require a significant amount of fuel to overcome Earth's gravity and reach escape velocity.
No, a gasoline engine cannot operate in outer space because it requires oxygen to combust the fuel. In the vacuum of space, there is no air for combustion to occur, so the engine would not work.
the answer is a black hole
oxygen
No, signal flares rely on oxygen to ignite and burn, which is not available in the vacuum of outer space. Additionally, the lack of atmosphere in space means there is no medium for the flare to create a visible signal.
roll down the window and look for a gas station if you run out of fuel
No; the center is much denser, and hotter, than the outer layers. Also, the center has a higher percentage of helium - which means that more fuel (hydrogen) has been burned up already.No; the center is much denser, and hotter, than the outer layers. Also, the center has a higher percentage of helium - which means that more fuel (hydrogen) has been burned up already.No; the center is much denser, and hotter, than the outer layers. Also, the center has a higher percentage of helium - which means that more fuel (hydrogen) has been burned up already.No; the center is much denser, and hotter, than the outer layers. Also, the center has a higher percentage of helium - which means that more fuel (hydrogen) has been burned up already.