When the sun's heat enters the Earth's atmosphere, it is primarily absorbed and scattered by gases, clouds, and particles. This process warms the atmosphere, which in turn heats the Earth's surface through conduction and convection. Some of the solar energy is reflected back into space, while the rest is absorbed, contributing to weather patterns and the overall climate. Additionally, the absorbed heat is re-radiated as infrared radiation, which can lead to the greenhouse effect and impact global temperatures.
When the shuttle goes from the vacuum of space and enters the earths atmosphere, it heats up because of simple friction. The friction is from the shuttle going so fast and hitting the atmosphere. Same reason you sometimes see meteor showers.
When a space shuttle enters the Earth's atmosphere, it experiences extreme heat and friction due to the high speeds it is traveling at. This creates a plasma sheath around the shuttle which can interfere with communications. The shuttle also begins to slow down due to atmospheric drag.
An object of dust or rock that burns up in the Earth's atmosphere is called a meteoroid. When it enters the atmosphere and produces a visible streak of light due to the intense heat generated by friction, it is referred to as a meteor, often colloquially known as a "shooting star." If a meteoroid survives its passage through the atmosphere and lands on Earth, it is then classified as a meteorite.
Space debris that burns up in the Earth's atmosphere is known as a meteor or shooting star. When debris from space enters the Earth's atmosphere, friction causes it to heat up and create a bright streak of light as it vaporizes. Most of this debris disintegrates before reaching the Earth's surface.
A heat shield protects the spacecraft when it enters the atmosphere from space by absorbing and dissipating the intense heat generated due to atmospheric friction. The heat shield helps prevent the spacecraft from burning up during reentry by creating a layer of hot and ionized gas, or plasma, around the spacecraft that acts as a barrier.
When a meteoroid enters Earth's atmosphere, it becomes a meteor. Friction with the atmosphere causes it to heat up and produce a bright streak of light in the sky. If any fragments survive the journey to the ground, they are called meteorites.
When the shuttle goes from the vacuum of space and enters the earths atmosphere, it heats up because of simple friction. The friction is from the shuttle going so fast and hitting the atmosphere. Same reason you sometimes see meteor showers.
it gets absorbed by the ground
Heat!!
Heat!!
it will destroy earths atmosphere and the heat of it penetrates one mile and kills all of the people on earth
It is radiated back into space and most of the retained heat enters the atmosphere. This happens everywhere on the globe, not just the equator. However the ewuator has the highest amount or surplus heat.
the altitude
When a spaceship enters Earth's atmosphere, potential issues could include excessive heat causing heat shields to fail, navigation errors leading to incorrect reentry angles, or turbulence causing structural stress. Additionally, communication disruptions or parachute failures during landing could also occur.
No. The sun radiates heat in all directions on 3 axes. The spherical arc of that which reaches the Earth's Atmosphere is very small in comparison.
The three divisions of heat as it enters the Earth's atmosphere are conduction, convection, and radiation. Conduction is the transfer of heat through a material, convection is the transfer of heat through fluid movement, and radiation is the transfer of heat through electromagnetic waves.
The heat generated by friction due to 'rubbing' against the air at re-entry speed. This is the same effect that causes a stone or a grain of sand to burn when it enters the atmosphere and become visible as a 'shooting star'.