The sun maintains its size and shape due to a balance between gravitational forces and the pressure generated by nuclear fusion in its core. Gravitational forces pull the sun's mass inward, while the energy produced from nuclear fusion reactions converts hydrogen into helium, creating outward pressure that counteracts gravity. This equilibrium, known as hydrostatic equilibrium, ensures that the sun remains stable in size and shape over long periods. If either force were to change significantly, the sun would undergo structural changes, such as swelling into a red giant or collapsing into a denser state.
The sun maintains its size and shape due to the balance between gravitational forces and the pressure generated by nuclear fusion in its core. Gravity pulls matter inward, while the energy produced by fusion reactions converts hydrogen into helium, creating an outward pressure. This equilibrium, known as hydrostatic equilibrium, allows the sun to remain stable in its current form over billions of years. As long as fusion continues, this balance will be maintained.
The sun maintains its size and shape through a balance of forces. Gravity pulls inward, trying to collapse it, while nuclear fusion at its core generates energy that pushes outward. These two opposing forces create an equilibrium that sustains the sun's size and shape.
altitude
By the wind
the light of the sun
because Chuck Norris said so
Pressure caused by high temperatures are balanced by gravity
itsa good answer but can't answer it
The sun maintains its size and shape due to a delicate balance between the inward force of gravity pulling matter inward and the outward force of nuclear fusion generating energy and pushing matter outward. This balance helps in maintaining the stability of the sun's size and shape over time.
The sun maintains its size and shape due to the balance between gravitational forces and the pressure generated by nuclear fusion in its core. Gravity pulls matter inward, while the energy produced by fusion reactions converts hydrogen into helium, creating an outward pressure. This equilibrium, known as hydrostatic equilibrium, allows the sun to remain stable in its current form over billions of years. As long as fusion continues, this balance will be maintained.
The sun maintains its size and shape through a balance of forces. Gravity pulls inward, trying to collapse it, while nuclear fusion at its core generates energy that pushes outward. These two opposing forces create an equilibrium that sustains the sun's size and shape.
A solid object has a definite shape and size, meaning it maintains a fixed form and volume. This distinguishes it from liquids and gases, which can change shape and size depending on their container or environment. Examples of solids include wood, metal, and stone.
The sun will never change its size and shape, when the sun was created that's how it came out, no body can go to the sun and see whats there its just sun it has to be alt east half of the earth because it goes around 360 divide it by 2, and it would be half! that's why the sun size and shape cant change!
It will keep its proportions and shape. So, for example, a square will continue to be square and not become a rectangular and a circle will stay as a circle rather than becoming oval.
size and position
The test of a difflugia is a protective shell or casing made of small grains of sand or other particles. It helps to protect the organism's soft body and maintains its shape. The test can vary in shape and size depending on the species of difflugia.
The cervix is typically described as cylindrical or tubular in shape. It connects the uterus to the vagina and has a small opening, known as the cervical os, which can change in shape and size during different phases of the menstrual cycle and childbirth. Its structure can vary among individuals, but it generally maintains this elongated form.