These are often charged particles, like alpha and beta particles, or free protons. They are grouped together to be called the solar wind.
the kinetic energy of constant pressure causes the gasses to expand. when they are heated, the molocules get bigger causing the gas to expand. if it gets hot enough, it will explode.
the visible surface of the sun
The conttens of an aerosole can are under the pressure of gas. That is how the can works. If you put it in a hot area, the gases with expand. This could cause the can to explode.
Depends on how hot. But, yes, it does. If it is hot enough, the gases inside the can will expand to the point of explosion, but it would take quite a bit of heat.
Flames rise because the hot gases they consist of are lighter than the surrounding air and therefore experience buoyant forces that push them upwards. Gravity still acts on the flames, but the buoyant force is stronger, allowing them to rise.
Gases from the sun's corona include hydrogen, helium, and smaller amounts of heavier elements like carbon and oxygen. These gases are superheated to millions of degrees Celsius, creating a halo of hot, ionized gas that extends millions of kilometers away from the sun's surface.
Lava, in the form of molten rock, and super hot gases.
The cooler air inside the balloon would increase in temperature, causing it to expand and potentially burst the balloon. This is because gases expand when heated.
Surface indications of geothermal activity include hot springs, fumaroles (vents emitting steam and gases), geysers, mud pots, and mineral deposits such as sulfur and silica. These features are caused by the movement of magma and hot fluids beneath the Earth's surface heating up water and gases, which then emerge through cracks and vents in the ground.
Yes! Stars are made out of many gases that are extremely hot. But a sun can also have black spots on its surface which are cold.
To allow the steel to expand without cracking on a hot day.
The Sun is a ball of hot, glowing gases that do not have a distinct solid surface like planets. The boundary where the Sun's gases become less dense is known as the photosphere, but it's not a solid surface. It appears solid in images due to the way light is emitted and scattered by the gases in this outer layer.