Yes all types or kinds such as radio, micro, infra red, visible, ultra violet, X-ray and gamma ray all traverse with the same speed in vacuum ie free space. That speed will be 2.99797 x 10 8 metre/second. Or approximately 3 x108 m/s or we can say it to be
300,000 km per second. ie three hundred thousand kilometer per second.
But these kinds would have different frequencies and so they would have different wavelengths. The familiar relation to be kept in mind is C = nu * lambda
The same. Both are electromagnetic waves; in a vacuum, they both travel at the speed of light.
Radio waves, microwaves, infrared, visible light, ultra violet, XRays, and gamma rays are all part of the "electromagnetic spectrum". They are all electromagnetic radiation and they all travel at the speed of light (186,000 miles per second). The only difference between them is their frequencies (or wavelengths)
All travel at the same speed through a vacuum
No. We call it the "speed of light", but it's also the speed of radio, X-rays, heat, ultraviolet, microwave, gamma rays, etc, and all forms of electromagnetic radiation travel at the same speed, as long as they're in the same medium (vacuum or material substance).
Light always travels at the speed of light. The only time that's 299,792,458 meters per second ( " c " ) is when it's traveling in vacuum.
Vacuum
Electromagnetic waves.
is a constant, about 300,000,000 m/s.
Yes, any electromagnetic wave can travel through a vacuum.
yes, they can travel.
Yes, infrared waves are part of the electromagnetic radiation spectrum and all electromagnetic radiation will propagate through a vacuum.
Correct, electromagnetic waves can travel through a vacuum. Sunlight is an example of this.
Electromagnetic waves.
electromagnetic energy
Electromagnetic waves.
A microwave is near the "red" side of the electromagnetic scale. All electromagnetic travels at the same rate. Light is a form of electromagnetic radiation which travels through a vacuum (space). Thereofore, being a part of electormagnetic radiation, microwaves will travel through a vacuum.
Through a vacuum ... yes. Through outer space, which is not quite a vacuum ... not quite, but very very close.