False <-- Wrong Answer
True <-- Correct Answer
Yes, that's correct. Light travels at a very high speed, approximately 299,792 kilometers per second in a vacuum. This fast movement contributes to its high frequency and short wavelength, allowing it to propagate quickly through space.
No it is not true
True...
false
True
Speed of light/wavelength = wave frequency
Infra red is (relative to light) lower frequency/longer wavelength but it travels just as fast - the speed of light: about 300 000 000 meters per second (three hundred million).
Amplitude defines how powerful waves are. Frequency and wavelength are measures of how often the wave fluctuates or far the wave is from crest to crest , These are related and can be calculated from each other if you know how fast the waves travel.
AnswerSpeed of a wave = Wavelength x frequencyv = 0.5 x 500v = 250 m/sAnswerIf it is an electromagnetic wave, then the speed is that of light - 'c (in vacuum)'.
True
Speed of light/wavelength = wave frequency
The frequency becomes lower. Frequency is how fast the waves come by.
The frequency becomes lower. Frequency is how fast the waves come by.
The speed of a wave is equal to its wavelength times its frequency. Since you are using SI units, the answer will be in meters/second.
Fast.
because the vibration is so fast your ears hurt low pitched sounds vibrate slowly and doesn't hurt
499.5
Not necessarily. The frequency of a wave is equal to the speed divided by the wavelength so if it is fast and has a low wavelength then it will be high pitched. If it has a very large wavelength though it will have a lower pitch.
Infra red is (relative to light) lower frequency/longer wavelength but it travels just as fast - the speed of light: about 300 000 000 meters per second (three hundred million).
The highest frequency of visible light is violet.
AnswerSpeed of a wave = Wavelength x frequencyv = 0.5 x 500v = 250 m/sAnswerIf it is an electromagnetic wave, then the speed is that of light - 'c (in vacuum)'.