Because of their gravitation. When they stop producing energy, there is not enough pressure to counteract the gravitational collapse.
Because of their gravitation. When they stop producing energy, there is not enough pressure to counteract the gravitational collapse.
Because of their gravitation. When they stop producing energy, there is not enough pressure to counteract the gravitational collapse.
Because of their gravitation. When they stop producing energy, there is not enough pressure to counteract the gravitational collapse.
Plasmas can both implode and explode, depending on the conditions and forces acting on them. In astrophysical contexts, such as in stars, plasmas can implode under gravitational forces, leading to phenomena like supernovae. Conversely, in laboratory settings or during certain explosive events, plasmas may explode due to rapid thermal expansion or magnetic field instabilities. The specific behavior of a plasma is determined by its temperature, density, and external influences.
It won't
No, the singularity itself does not cause stars to explode. Stars can explode in a powerful event called a supernova when they run out of nuclear fuel and can no longer support their own gravity. The singularity is a point of infinite density at the center of a black hole where the laws of physics as we know them break down.
because if it were direct the world would implode
Probably neither. Cars are not air tight. Any air trapped in the car to begin with would leak out through the vents and around the doors and windows.
Stars eventually run out because when it burns the outside pushes in on the core causing it to eventually give way and implode.
The opposite of implode is explode.
The antonym of 'implode' is 'explode'.
sentence of implode
Black holes are stars (suns) that implode when they die. Making a hole that sucks up any material in space.
Implode - album - was created on 1999-04-26.
The noun forms of the verb to implode are implosion and the gerund, imploding.
What i think is that its doing both at the same time. You see the universe is constantly imploding and exploding in many ways. Stars explode yet the particles of the explosion implode and help form other stars. Now we can take this information and think of it in many ways. Is the universe constantly expanding to the point in which it will become to much for itself and eventually implode and then explode into what we call the universe today. Even steven hawking said that "The universe is ever expanding and what he theorizes is that eventually the universe will grow so much it will implode or continue expanding. but as we see with the stars we constantly imploding and exploding we could only assume the same of the universe
The titan took approximately 30 minutes to implode.
No.
Plasmas can both implode and explode, depending on the conditions and forces acting on them. In astrophysical contexts, such as in stars, plasmas can implode under gravitational forces, leading to phenomena like supernovae. Conversely, in laboratory settings or during certain explosive events, plasmas may explode due to rapid thermal expansion or magnetic field instabilities. The specific behavior of a plasma is determined by its temperature, density, and external influences.
It won't