Precipitation, Evaporation and Condensation.
The three processes are evaporation, condensation, and precipitation. Evaporation occurs when water from oceans, rivers, and lakes is heated by the sun and changes into water vapor. This vapor then rises into the atmosphere where it condenses to form clouds. Finally, precipitation occurs when the condensed water vapor falls back to Earth as rain, snow, sleet, or hail.
Meteoroids are small chunks of rocks and debris in space that travel through Earth's atmosphere and hit its surface.
Most solar energy that reaches Earth's surface is taken from the sun, where photons of light are emitted through nuclear fusion reactions in the sun's core. These photons travel through space until they reach Earth's atmosphere and surface, providing the energy needed for various processes on our planet.
As you move from the Earth's surface into outer space, the gases become less dense and the pressure decreases. The atmosphere becomes thinner, with the concentration of gases gradually decreasing as you travel higher. Eventually, once you reach outer space, the atmosphere becomes extremely thin, with almost no gases present.
The highest layer of the Earth's atmosphere, located farthest from the Earth's surface, is the exosphere. At this level, the atmosphere thins out significantly, and particles can travel long distances without colliding with other particles.
The three processes are evaporation, condensation, and precipitation. Evaporation occurs when water from oceans, rivers, and lakes is heated by the sun and changes into water vapor. This vapor then rises into the atmosphere where it condenses to form clouds. Finally, precipitation occurs when the condensed water vapor falls back to Earth as rain, snow, sleet, or hail.
Meteoroids are small chunks of rocks and debris in space that travel through Earth's atmosphere and hit its surface.
One cannot hear sound on an asteroid since it has no atmosphere, but sound can travel though an asteroid's surface.
Most solar energy that reaches Earth's surface is taken from the sun, where photons of light are emitted through nuclear fusion reactions in the sun's core. These photons travel through space until they reach Earth's atmosphere and surface, providing the energy needed for various processes on our planet.
Yes, meteors are objects that enter Earth's atmosphere and can make it through depending on their size and composition. As they travel through the atmosphere, they create a bright streak of light known as a meteor or shooting star. Most small meteors burn up completely before reaching the Earth's surface.
Space shuttles travel in the thermosphere, which is the second highest layer of the Earth's atmosphere. This layer extends from about 80 km to 550 km above the Earth's surface and is where the International Space Station orbits.
As you move from the Earth's surface into outer space, the gases become less dense and the pressure decreases. The atmosphere becomes thinner, with the concentration of gases gradually decreasing as you travel higher. Eventually, once you reach outer space, the atmosphere becomes extremely thin, with almost no gases present.
It gets colder as you travel up in the atmosphere.
It gets colder as you travel up in the atmosphere.
If you travel some 12. 5 miles into the sky, you will leave roughly 99 percent of the atmosphere behind. At 30 miles up, the density of the atmosphere is roughly one million times less than at the surface.
Sound would travel in the moon's atmosphere if the moon had any atmosphere, but since it hasn't, it doesn't.
surface waves can only travel along the surface.