Hubble bubble
Yes the air inside a ball is matter. Matter is anything that takes up space and has mass (solid liqud or gas), the air in the ball takes up space.
Because there is no air or water vapor to obscure the stars when you are in space.
Yes, the space it occupies keeps the ball from collapsing in on itself and going flat.
Yes, air is matter wherever it is found. Since it is occupying space (trapped in ball), will have some mass and we could feel the air inside it by simply keeping it on our hands..It is also justified by the definition of MATTER..
The air inside a ball is considered to be matter because it has mass and occupies space. Matter is anything that has mass and takes up space, and since the air inside the ball meets these criteria, it is classified as matter.
Yes, air inside a ball is matter because matter is anything that has mass and takes up space. Since air has mass and fills the space inside the ball, it meets the criteria to be considered matter.
Because the earths atmosphere tends to block and stir up some of the light from stars and so by having a telescope not in the atmosphere no light is blocked and there are no air currents or density differences so you can see more than a telescope on the ground.
No, the Hubble Space Telescope does not have an atmosphere. It operates in the vacuum of space, approximately 547 kilometers (about 340 miles) above Earth, where there is no air or atmospheric effects. This allows it to capture clear images of astronomical objects without the distortion that Earth's atmosphere can cause.
Most large earth bound telescopes cannot see clear images of objects in deep space. Our. atmosphere distorts the pictures with shimmery air. The HST (Hubble Space Telescope) has the advantage because it is in space and has almost no distortion. It can see much farther than regular telescopes.
fleetwood mac
The Hubble Space Telescope is in orbit around Earth to avoid atmospheric distortion that can affect the quality of its observations. Being above the atmosphere allows Hubble to capture clearer images of the universe without interference from air turbulence.
If air resistance is taken into account, the ball would continue moving in a horizontal direction, slowing as it went and then stop - suspended in mid air. If there were no air resistance, the ball would continue to move in a straight line for ever. However, the surface of the earth would curve downwards (because it is a sphere) and so, relative to the earth, the ball would fly off at a tangent into space. Of course, all this begs the question as to why the person who threw the ball did not fly off onto space long before throwing the ball!