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Section 1

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high frequency on a graph

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Last updated

6 years ago

Date created

Mar 1, 2020

Cards (31)

Section 1

(31 cards)

high frequency on a graph

Front

high fre

Back

higher volume comes from a

Front

needle moving farther

Back

Sound comes from?

Front

any vibrating object

Back

high amplitude on a graph

Front

high am

Back

increasing frequency and amplitude

Front

increase energy transfer

Back

songs are a combination of

Front

low and high pitches and loud and quiet sounds

Back

the farther the energy travels

Front

the more the amplitude increases

Back

sound travels faster when

Front

matter particles are close together

Back

a vibration is when?

Front

a force is applied

Back

an object

Front

moves back and forth beyond raising point

Back

a high pitch has more

Front

frequency because it moves with more energy

Back

the higher the amplitude the more

Front

visible the waves are

Back

louder sounds are caused by

Front

larger amplitudes and larger forces

Back

high pitch comes from a

Front

faster moving needle

Back

sound travels faster through

Front

denser materials

Back

amplitude will increase even more than

Front

frequency will

Back

sound can't travel without

Front

matter

Back

high force on a graph

Front

high for

Back

sound waves travel trough outer ear and then hit the ear drum then make ossicles vibrate which also makes

Front

the liquid in the cochlea vibrate which make the tiny hairs move and then they send signals to nerves that are connected tot he brain

Back

the amount of waves per second are affected by?

Front

the amount of force put into it

Back

low force on a graph

Front

low for

Back

volume will decrease when

Front

sound particles spread out

Back

low amplitude on a graph

Front

low am

Back

the lower the amplitude

Front

the less visible the waves are

Back

Low frequency graph

Front

low fre

Back

sound volume can increase by

Front

concentrating particles of matter together

Back

a low pitch has less

Front

frequency because it moves with less energy

Back

What is wavelength?

Front

amount of waves per sec

Back

amplitude is

Front

distance from rest

Back

to find frequency on a graph you

Front

look at the amount of waves per sec

Back

when peaks are closer together is more

Front

frequent

Back