- #1
jonjacson
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¿Frequency of ultrasounds to obtain oil drops in water?
To obtain microemulsions of oil into water ultrasounds are used. ¿What is the frequency to obtain oil drops of 1 microgram which density is 0.995 g/cm3? (It does not need to be exact, with only the order of magnitude is sufficient).
Well, I don't know if it is a diffraction problem, or If I should use resonance , or stationary waves.
I am lost at this point, I don't know which physical principles rely behind this process of creating microemulsions.
I am very sorry, but I don't understand the process.
Any idea to solve this will be well received.
I know that in physicsforums you should put the equations in the point 2, but I don't know what is the exact process.
Thanks in advance.
Homework Statement
To obtain microemulsions of oil into water ultrasounds are used. ¿What is the frequency to obtain oil drops of 1 microgram which density is 0.995 g/cm3? (It does not need to be exact, with only the order of magnitude is sufficient).
Homework Equations
Well, I don't know if it is a diffraction problem, or If I should use resonance , or stationary waves.
I am lost at this point, I don't know which physical principles rely behind this process of creating microemulsions.
The Attempt at a Solution
I am very sorry, but I don't understand the process.
Any idea to solve this will be well received.
I know that in physicsforums you should put the equations in the point 2, but I don't know what is the exact process.
Thanks in advance.
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