no they are too long
Too Long.
Radar waves are too long to be seen by the human eye. They have wavelengths ranging from a few millimeters to several meters, which are beyond the visible light spectrum. However, radar technology allows us to detect and visualize these waves for various applications like weather forecasting and aircraft navigation.
No, the visible light spectrum falls between infrared and ultraviolet light on the electromagnetic spectrum. Radar waves have longer wavelengths than visible light, while X-rays have shorter wavelengths.
no because the wavelength of the waves are too short for us to see
Having a radar means you can detect enemies before they can see you (unless they have a radar too).
Yes. The visible spectrum of light is much shorter than the shortest radar (radio) wave.
Radio waves are too long for the human eye to see. The light that is visible to the human eye consists of a small portion of the electromagnetic spectrum. Radio waves have wavelengths longer than visible light, making them invisible to the naked eye.
Radar comes from Radio Detection and Range. By definition, it uses radio waves. Ultra sonic waves, very high frequency audio waves, are used in Sonar, the name being analogous to Radar. Infra Sonic waves are of far too long a wavelength to be useful for any measurement of the distance of the target. [And there are some technical reasons as well - not dealt with here.]
Oh, dude, radar has a short vowel sound. It's like when you say "ra-dar" with that quick "a" sound. So, yeah, short vowel all the way. But hey, don't stress about it too much, it's just how we say things, you know?
Television waves are radar waves or radio waves simply because they are useful for long term communication and are readily reflected by the ionosphere. Microwaves are used for short term communication very rarely and for heating purposes. All three however travel at the same speed that is 299,792,468 m/s.
RADAR determines the distance and direction to anything that reflectsradio waves ... usually material objects, but it responds to atmosphericphenomena too.
Tornadoes can be very small, sometimes too small to be detected by Doppler radar, especially at long distances. The farther away from the radar a storm is, the less detail you can make out and the less you are able to see close to the ground.