Question

Can transverse waves travel through vacuum?

Answer 1

Hint: Electromagnetic waves oppose mechanical waves in that they do not need a medium to travel. This indicates that electromagnetic waves can move through the air and solid materials and the vacuum of space. In a transverse wave, the medium's particles progress perpendicular to the wave's direction of riding.

Complete answer:
In transverse waves, the fluctuations are perpendicular to the way of travel and energy transference.
Light and other sets of electromagnetic radiation are transverse waves. All sorts of electromagnetic waves move at the same speed through a vacuum, such as by space. Water waves and S waves are also transverse waves.
Imagine people line all holding hands. If the first character on the left jumped upwards and downwards, they would draw on the hand of the next person in line, making them jump up and down too. This would proceed down the line to the right until everyone had bounced up and down. The people are similar to the particles in a medium. They go up and down while the wave travels from left to right. This kind of wave gets its name from the point that the particles travel in a direction transverse to the wave's direction.
Transverse waves can be electromagnetic or mechanical. A mechanical wave is a disorder that travels by a medium, such as a vibrating rope. In distinction, an electromagnetic wave, such as light or radio waves, does not require a medium and can move through space.
Yes, transverse waves can travel through vacuum.

Note: Light and other kinds of electromagnetic waves are supposed transverse waves. These waves move through a vacuum as they do not require a means for their propagation. Longitudinal waves such as sound cannot move through the vacuum as they require a medium to progress.