Farah is doing an experiment that involves calculating the speed of a longitudinal wave. What will most likely happen if she increases the temperature in the room?
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HEY MATE!!
Pressure is how much power you have per area.
Also, the temperature is the standard kinetic energy or moving energy of the particles.
The frequency of the waves will be affected.
Since the temperature will rise, so will the power of the particles that are vibrating.
This will result in a rise in frequency of the wave.
HOPE HELPED:)
THAT'S ANANYA ✌✌
Pressure is how much power you have per area.
Also, the temperature is the standard kinetic energy or moving energy of the particles.
The frequency of the waves will be affected.
Since the temperature will rise, so will the power of the particles that are vibrating.
This will result in a rise in frequency of the wave.
HOPE HELPED:)
THAT'S ANANYA ✌✌
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tq☺
most wlcm dear
Answered by
2
When the experiment is conducted by Farah to calculate the longitudinal wave then the speed of wave will increase with the increase in temperature of the room.
This simply occurs because speed and temperature are directly proportional to each other.
When one of them is increases then the other will increase simultaneously.
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