science matter and energy test 5

Froggy Jumps

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Test your wave knowledge.

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Eberre

United States

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science matter and energy test 5


Froggy Jumps science matter and energy test 5Online version Test your wave knowledge. by Eberre 1 the speed of a wave a speed / frequency b wavelength x frequency c frequency / wavelength 2 the frequency of a wave a f = N + t b f = N/t c f = t/N 3 the speed of sound a v = 343 m/s b v = 331 m/s - (0.61 m/s T) c v = 331 m/s + (0.61 m/s ( T/ 1 degree C) 4 the period of a wave a T = f b T = 1/f c T = f/1 5 the study of sound a acoustics b phonetics c audiology 6 waves that strike an obstacle a reflected waves b transmitted waves c incident waves 7 what proportion is the speed of a wave to frequency a exponentially b inversely c directly 8 the effect of frequency on the way our ear processes sound a timbre b loudness c pitch 9 a periodic back and forth motion that transmits energy a particle b signal c wave 10 an object traveling faster than the speed of sound a supersonic b subsonic c hypersonic 11 the set of frequencies at which an object vibrates a harmonic b fundamental c natural 12 the relationship between the angle of incidence and angle of reflection a law of refraction b Snell's law c law of reflection 13 the difference in pitch between a note and a second note that has twice the frequency of the first note a octave b pitch c tone 14 the spreading out of a wave after it passes through a narrow opening a dispersion b diffraction c diffusion 15 the length of a wave a period b amplitude c wavelength 16 the portion of a wave in which the particles are spread out a oscillation b compression c rarefaction 17 vibrations traveling through a medium as longitudinal pressure waves a radio b sound c light 18 the process of dissipating the energy of sound waves in matter a transmission b absorption c reflection 19 a change in frequency caused by the object's motion a reverberation b Dopplar effect c beats 20 musical distance between two notes a tone b octave c interval 21 perpendicular line from which reflection is measured a tangent b axis c normal 22 strength of a sound wave a frequency b amplitude c intensity 23 maximum distance particles are displaced in a wave train a wavelength b amplitude c period 24 number of waves that pass a point per unit time a velocity b period c frequency 25 high point of a wave train a trough b node c crest 26 random sound with no intended pattern a noise b tone c music 27 type of wave that has particles oscillating at right angles to the direction of travel a surface b transverse c longitudinal 28 sound heard distinctly after being reflected from some object a echo b reverb c delay 29 series of organized sound waves with specific pitches deliberately arranged a music b noise c silence 30 bending of the path of a wave due to a change in speed a reflection b refraction c diffraction 31 low point of a wave a peak b trough c crest 32 a musical instrument's distinctive sound quality a pitch b timbre c tone 33 the most dominant sound of a musical note a fundamental b harmonics c overtones 34 frequency relationships between a fundamental and its overtone a scale b octave set c harmonic series 35 Can sound travel through a vacuum? a Only in space b Yes, it travels in vacuum c No, sound needs air to travel

science matter and energy test 5

Froggy Jumps

About this activity

Created by

Download the paper version to play

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science matter and energy test 5Online version

by Eberre

the speed of a wave

the frequency of a wave

the speed of sound

the period of a wave

the study of sound

waves that strike an obstacle

what proportion is the speed of a wave to frequency

the effect of frequency on the way our ear processes sound

a periodic back and forth motion that transmits energy

an object traveling faster than the speed of sound

the set of frequencies at which an object vibrates

the relationship between the angle of incidence and angle of reflection

the difference in pitch between a note and a second note that has twice the frequency of the first note

the spreading out of a wave after it passes through a narrow opening

the length of a wave

the portion of a wave in which the particles are spread out

vibrations traveling through a medium as longitudinal pressure waves

the process of dissipating the energy of sound waves in matter

a change in frequency caused by the object's motion

musical distance between two notes

perpendicular line from which reflection is measured

strength of a sound wave

maximum distance particles are displaced in a wave train

number of waves that pass a point per unit time

high point of a wave train

random sound with no intended pattern

type of wave that has particles oscillating at right angles to the direction of travel

sound heard distinctly after being reflected from some object

series of organized sound waves with specific pitches deliberately arranged

bending of the path of a wave due to a change in speed

low point of a wave

a musical instrument's distinctive sound quality

the most dominant sound of a musical note

frequency relationships between a fundamental and its overtone

Can sound travel through a vacuum?