Sure can. If that little sucker comes in at the wrong angle and at the wrong speed it will bounce right off that there atmosphere.
The ionosphere there are particles called ions in the ionosphere (hens the name). The ions cause radio waves from am radio stations to bounce off of it.
Warm air rises through convection.
Friction . The space craft is moving at several thousands of miles per hour (extremely fast) . At this speed it meets up with the gas particles of the upper atmosphere, hence friction. As an anology, if you throw a spinning flat stone parallel to the surface of water it will bounce off the water. If that angle is too big that stone will plunge into the water causing a splash (friction). So space capsules have to strike the upper atmosphere at just the correct angle, because '1' they may bounce off into space and never return, or '2' plunge so sharply into the atmosphere that they 'burn' up. So the angle of re-entry has to be 'just right' to stop either 'bouncing off' or creating a 'big splash'. Thereby minimising friction.
Waves travel through each other.
binary system
Radio waves bounce off of the ionosphere and return back to Earth.
Spaceships can fly, but need certain materials for lift off.
You use a spaceship and break through the earths atmosphere
Usually they will burn up due to the friction they encounter when they enter the atmosphere, or they will bounce off the atmosphere and be deflected into deep space.
Warmer atmosphere
bounce a ball and you'll find out
There is colored light bouncing off from the atmosphere to the sky. The light is all the colors of the rainbow, but blue happens to bounce off the most.
Airplane stay Inside The Atmosphere. Spaceships Dont, They Go Outside Of The Atmosphere
Because they are not going fast enough
There is colored light bouncing off from the atmosphere to the sky. The light is all the colors of the rainbow, but blue happens to bounce off the most.
On an angle to get through the atmosphere without burning up.
Russia.