Asked by lost in life
Two sound waves are traveling through a container of unknown gas. Wave A has a wavelength of 1.2 m. Wave B has a wavelength of 3.6 m. The frequency of wave B must be __________ the frequency of wave A.
a. one-ninth
b. one-third
c. the same as
d. three times larger than
the answer is one third but i do not understand why some one please attempt to give some sort of explanation. Thank you!
a. one-ninth
b. one-third
c. the same as
d. three times larger than
the answer is one third but i do not understand why some one please attempt to give some sort of explanation. Thank you!
Answers
Answered by
Steve
they both travel with the same speed. So, a longer wavelength means it oscillates more slowly.
Recall that
v = λf
3λ means f/3 to get the same v.
Recall that
v = λf
3λ means f/3 to get the same v.
Answered by
Anonymous
Answer: C
The speed of a wave does not depend upon its wavelength, but rather upon the properties of the medium. The medium has not changed, so neither has the speed.
The speed of a wave does not depend upon its wavelength, but rather upon the properties of the medium. The medium has not changed, so neither has the speed.
Answered by
Loser
The answer is C
To know why
U can search it in google !
🤣
To know why
U can search it in google !
🤣
Answered by
.
1.2 × 3 =3.6
So when cancelling 1.2 becomes 1 and 3.6 becomes 3.
So when cancelling 1.2 becomes 1 and 3.6 becomes 3.
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