A radio telescope.
The primary source of light that enables astronomers to see Jupiter through a telescope is sunlight reflecting off the planet's surface and atmosphere. Jupiter also emits its own light, known as intrinsic radiation, which contributes to its visibility in the night sky.
Because you do not have to look through air, or the atmosphere.
A star might look blurry through a telescope due to atmospheric turbulence causing the light from the star to be distorted as it passes through Earth's atmosphere. This turbulence can create fluctuations in the air that affect the clarity of the image seen through the telescope.
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.
The planet that appears blue-green through a telescope is Uranus. Its color comes from the presence of methane gas in its atmosphere, which absorbs red light and reflects blue and green light.
When you look at Jovian planets through a telescope or view images of them, what you see is not their surface, but the outer layer of an extremely dense atmosphere. At depth, immense pressure from thousands of miles of atmosphere turns gases into liquids.
The primary source of light that enables astronomers to see Jupiter through a telescope is sunlight reflecting off the planet's surface and atmosphere. Jupiter also emits its own light, known as intrinsic radiation, which contributes to its visibility in the night sky.
Mars
C. a meteoroid. Meteoroids are small rocky or metallic bodies moving through space before they enter Earth's atmosphere and become meteors. They are too small to be seen from Earth's surface without the aid of a telescope.
He doesnt travel.. The Hubble telescope is stationairy and only in space to bypass the atmosphere. The Hubble telescope maginfies so much, that if you are beneath the atmosphere, you get a blurry image. Like looking through a dirty window. So they shot it in space. Beyond the "dirty window".
Because you do not have to look through air, or the atmosphere.
The main advantage would be the absence of an atmosphere. Any telescope on earth can only "see" electromagnetic (light) waves after they have travelled through the atmosphere, losing some of their directional integrity, which distorts the image seen in earth bound telescopes. Some light waves never make it to the telescope at all.
A star might look blurry through a telescope due to atmospheric turbulence causing the light from the star to be distorted as it passes through Earth's atmosphere. This turbulence can create fluctuations in the air that affect the clarity of the image seen through the telescope.
An object that survives Earth's atmosphere and strikes the surface is called a meteorite. It is a fragment of a meteoroid that has passed through the atmosphere and landed on Earth.
On the surface of the moon, you can see various features such as craters, mountains, plains, and dark areas known as maria. These features are visible to the naked eye, without the need for a telescope.
It does not have the interference caused by the earth's atmosphere to see through, so it can make a better quality image.
Gravity.