EMR Essentials: Waves Quiz

Froggy Jumps

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Wavelengths, frequency & EMR

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ELLA MAE MANGANA

Filipinas

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Froggy Jumps EMR Essentials: Waves QuizVersión en línea Wavelengths, frequency & EMR por ELLA MAE MANGANA 1 What does wavelength measure in an electromagnetic wave? a The time it takes for one cycle b The distance between successive peaks (or troughs) c The energy per photon of the wave 2 Which frequency range corresponds to radio waves? a About 0.3 to 3 Hz b About 300 GHz to 3 THz c About 3 kHz to 300 GHz 3 How is speed of EM radiation in vacuum related to wavelength and frequency? a Speed = wavelength × frequency b Speed = frequency + wavelength c Speed = frequency / wavelength 4 Which property increases as the frequency of a wave increases, while wavelength decreases? a Wave speed in vacuum b Amplitude c Energy per photon (for a given scale) 5 What is the approximate speed of all EM waves in vacuum? a About 30,000 km/s b About 299,792 km/s (c) c About 3,000 km/s 6 Microwaves are commonly used for which application? a Visible light photography b Wireless communication and heating c X-ray medical imaging 7 Which statement about radio waves is true? a They travel only in straight lines in vacuum b They have long wavelengths and can travel long distances c They have the shortest wavelengths in the EM spectrum 8 What happens to wavelength when frequency increases in a fixed speed medium? a Wavelength lengthens b Frequency stays the same c Wavelength shortens 9 Which type of EM radiation has the longest wavelengths? a Radio waves b Ultraviolet light c X-rays 10 If a microwave has a frequency of 2.45 GHz, what is its wavelength in vacuum approximately? a about 12.2 cm b about 122 cm c about 0.12 cm

Froggy Jumps

EMR Essentials: Waves QuizVersión en línea

Wavelengths, frequency & EMR

por ELLA MAE MANGANA

What does wavelength measure in an electromagnetic wave?

The time it takes for one cycle

The distance between successive peaks (or troughs)

The energy per photon of the wave

Which frequency range corresponds to radio waves?

About 0.3 to 3 Hz

About 300 GHz to 3 THz

About 3 kHz to 300 GHz

How is speed of EM radiation in vacuum related to wavelength and frequency?

Speed = wavelength × frequency

Speed = frequency + wavelength

Speed = frequency / wavelength

Which property increases as the frequency of a wave increases, while wavelength decreases?

Wave speed in vacuum

Amplitude

Energy per photon (for a given scale)

What is the approximate speed of all EM waves in vacuum?

About 30,000 km/s

About 299,792 km/s (c)

About 3,000 km/s

Microwaves are commonly used for which application?

Visible light photography

Wireless communication and heating

X-ray medical imaging

Which statement about radio waves is true?

They travel only in straight lines in vacuum

They have long wavelengths and can travel long distances

They have the shortest wavelengths in the EM spectrum

What happens to wavelength when frequency increases in a fixed speed medium?

Wavelength lengthens

Frequency stays the same

Wavelength shortens

Which type of EM radiation has the longest wavelengths?

Radio waves

Ultraviolet light

X-rays

If a microwave has a frequency of 2.45 GHz, what is its wavelength in vacuum approximately?

about 12.2 cm

about 122 cm

about 0.12 cm

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EMR Essentials: Waves Quiz

Froggy Jumps

Sobre esta actividad

Creada por

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Froggy Jumps

EMR Essentials: Waves QuizVersión en línea

por ELLA MAE MANGANA

What does wavelength measure in an electromagnetic wave?

Which frequency range corresponds to radio waves?

How is speed of EM radiation in vacuum related to wavelength and frequency?

Which property increases as the frequency of a wave increases, while wavelength decreases?

What is the approximate speed of all EM waves in vacuum?

Microwaves are commonly used for which application?

Which statement about radio waves is true?

What happens to wavelength when frequency increases in a fixed speed medium?

Which type of EM radiation has the longest wavelengths?

If a microwave has a frequency of 2.45 GHz, what is its wavelength in vacuum approximately?

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