Distance Waves can travel in space?

In summary, waves can travel infinitely through the vacuum of space until they encounter an obstacle or dissipate. Various types of waves can travel through space, including electromagnetic waves, gravitational waves, and cosmic rays. The speed of waves in space depends on the type of wave, with electromagnetic waves such as light traveling at a speed of approximately 299,792,458 meters per second. Waves also behave differently in the vacuum of space compared to on Earth, as there is no medium for them to travel through. Therefore, they do not exhibit properties such as diffraction or refraction. Sound waves, on the other hand, cannot travel in space as they require a medium to travel through.
  • #1
Astar
16
0

Homework Statement



So, higher frequency waves have greater energy than lower frequency waves. I know that around Earth the lower frequency waves penetrate best due to the higher frequency ones being absorbed by the atmosphere.

However, in space do the higher frequency waves with more energy travel further than those with lower frequencies?





Thanks
 
Physics news on Phys.org
  • #2
In empty space? No, empty space prevents no resistance to any electromagnetic waves whatsoever.
 
  • #3
OH ofcourse, as space is a vacuum. So the waves will just continue going until they reach a medium. Okay thanks for that.
 

FAQ: Distance Waves can travel in space?

What is the maximum distance that waves can travel in space?

There is no specific maximum distance that waves can travel in space. Waves can travel infinitely through the vacuum of space until they encounter an obstacle or dissipate.

Can any type of wave travel through space?

Yes, various types of waves can travel through space, including electromagnetic waves, gravitational waves, and cosmic rays.

How fast do waves travel in space?

The speed of waves in space depends on the type of wave. For example, electromagnetic waves such as light travel at a speed of approximately 299,792,458 meters per second.

Do waves behave differently in the vacuum of space compared to on Earth?

Yes, waves behave differently in space compared to on Earth. In the vacuum of space, there is no medium for waves to travel through, so they do not exhibit properties such as diffraction or refraction.

Can sound waves travel in space?

No, sound waves require a medium to travel through, such as air or water. Space is a vacuum, so sound waves cannot travel through it.

Similar threads

Back
Top