When a star increases in size, its mass generally increases as well, which enhances its gravitational pull. This stronger gravity can lead to greater pressure in the star's core, potentially triggering more intense nuclear fusion processes. Additionally, if the star expands significantly, it may enter a red giant phase, where its outer layers can be ejected, affecting the surrounding environment and potentially forming a planetary nebula. If the mass increase is substantial enough, the star could eventually evolve into a black hole after exhausting its nuclear fuel.
we would die
If the Earth were larger, there would probably be an increase in gravity. (assuming the new Earth had the same density as the old one.) A larger gravity would gather the atmosphere closer to the ground, (which might be tough on Everest climbers) and the atmosphere would be more dense, and not quite as thick. With a greater gravity, the loss of light gases would be reduced, but only by a little.
A star's gravity increases when it gets smaller because the mass of the star remains constant while its size decreases. This results in the gravitational force becoming stronger as the distance between objects reduces, following the inverse square law of gravity.
stars
No, the moon does not increase it's size.
The interior temperature would increase. The rate of fusion would increase. The gas pressure would increase.
we would die
If Earth shrank in size but not mass, the compression would greatly heat Earth's interior. Surface gravity would increase.
No. They increase in weight.
If a cell were as big as a basketball, organelles would have to increase in size to be proportionate to the actual cell. -Josh
Pancreatitis, inflammation of the pancreas, would cause a pancreas to swell or increase in size.
If the green pencil is moved farther away from the mirrors, the size of the image would decrease. This is because the image distance would increase, causing the image to shrink in size.
The orbit would increase in size (the planet would orbit farther from the sun).
You cannot increase gravity, but you can increase the force of gravity on a piece of matter with mass by1. Making the piece of matter larger2. Making it more dense3. Moving it closer to the center of a separate piece of matter.
If the mass of the Earth became 3 times what it is today but the Earth remainedthe same size, then your weight would also become 3 times what you weigh today.
Jupiter would suddenly have aquired enough mass that the temperature and pressure in its core would begin the fusion of hydrogen atoms. Simultaneously Jupiter would also have enough gravity to keep that energy from suddenly exploding outwards. That would make Jupiter a star.
increase in size untill it bursts.