Which best describes the relationship between the terms “frequency,” “wavelength,” and “hertz”? Wavelength is the number of frequencies, which is measured in hertz. Frequency is the number of wavelengths, which is measured in hertz. Wavelength is measured from frequency to hertz. Frequency is measured from wavelength to hertz.
Answers
Answer:
frequancy is the number of waves that pass a fix point in a given amount of time the SI unit for waves frequency is the hertz where 1 hertz equal to one wave passes a fix point in 1 second
a higher frequency has more energy than a lower frequency wave withsame amplitude
Answer:
Frequency is the number of wavelengths, which is measured in hertz.
Explanation:
Step : 1 While wavelength makes it easier to measure distance, frequency leads to the measurement of time. The unit of measurement for frequency is the hertz, while the unit of measurement for wavelength is the metre. The relationship between speed and wavelength is known as frequency. The relationship between frequency and wavelength is inversely proportional. The wavelength of the wave with the highest frequency is the shortest. Half the wavelength corresponds to twice the frequency. The wavelength ratio is therefore the inverse of the frequency ratio.
Step : 2 The number of oscillations of a wave per unit of time, measured in hertz, is the definition of frequency (Hz). The pitch and frequency are inversely correlated. Noises of frequency between 20 and 20000 Hz can be heard by humans. Ultrasound and infrasound are terms used to describe noises with frequencies above and below that of human hearing, respectively.
Step : 3 Every point on a wave oscillates, or displays some form of regular change in a certain value. For instance, the rope molecules constantly move up and down as you generate a wave by wriggling up and down. When you think of an electromagnetic wave, the wave at a place causes the magnetic and electric fields to continuously change in value. If the wave is not a brief pulse, the electric and magnetic field strengths are constantly changing. For instance, two wave points that have reached their maximum value simultaneously oscillate.
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