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Biology; Chemistry; Physics: Post your doubts here!

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Where do you use the frequency= 1/f formula? Can somebody elaborate with an example?
f=1/T........T=1/f
t is the time taken to produce one wave...........
f is the number of waves produced in one second.........
so ven u r given a wave say having time of 3 second
thn by formula f=1/T........f=1/3.......the frequency of wave can be noted.....and vice versa.........
 
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so in this u have to see the mr of the gases ... the one with the lower mr will diffuse quickly towards the higher mr gas... in this way u would observe a change in the water level depending upon in which direction the gas diffused...and then it will return bk to its normal height bc diffusion reaches equilibrium (with the gases of different mr equally spread out side and inside the porous pot)....
 
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so in this u have to see the mr of the gases ... the one with the lower mr will diffuse quickly towards the higher mr gas... in this way u would observe a change in the water level depending upon in which direction the gas diffused...and then it will return bk to its normal height bc diffusion reaches equilibrium (with the gases of different mr equally spread out side and inside the porous pot)....
dunno why this thing doesnt fit with my concepts :(
according to me a low pressure zone will be generated as soon as a single molecule is less inside which will make sure that the outer one comes in too
that is what happens in dynamic equilibrium
 
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so in this u have to see the mr of the gases ... the one with the lower mr will diffuse quickly towards the higher mr gas... in this way u would observe a change in the water level depending upon in which direction the gas diffused...and then it will return bk to its normal height bc diffusion reaches equilibrium (with the gases of different mr equally spread out side and inside the porous pot)....
So what actually happens when the gases of equal mr are in dynamic equlibrium. I mean what happens to water level and stuff?
 
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