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Diffusion is the movement of a mineral or nutrient moving across the concentration gradient of a membrane. The closest word to diffusion would probobly be osmosis, which is the movement of water through a membrane.
You would have to measure it out. We are talking about 2 different kinds of measurements, net weight and volume. You cannot calculate it the same way.
osmosis is a form of diffusion. in regard to water, the diffusion type would be osmosis
Diffusion and Osmosis.... I think. It would be better to double check ;)
Probable you think to the evaporation during measurements.
There are too many measurements that wouldn't have to be made in order to calculate an average speed. The only measurements that would matter in the most general example are the distance travelled and the time it took.
Time and distance.
There are not enough measurements to calculate square yards. It would need to be 7500 by (another measurement) to calculate.
Using these two measurements you would calculate the angle using the tangent. In this case: tan (theta) = 1680/2700
If all volume measurements were taken with a graduated cylinder instead of a pipet, the measurements would not be accurate. If something requires a pipet to be measured, it is a very small amount and a graduated cylinder would not be the proper measurement device.
You would have to know (a) what you are actually supposed to calculate, and (b) what ARE you given, not just what you AREN'T given. If no data is known, you'll have to do some measurements.
The Discrete Fourier Transform is used with digitized signals. This would be used if one was an engineer as they would use this to calculate measurements required.
Measurements can be taken to determine some of the acoustic qualities of an auditorium, but the act of measurements would not result in better sound. One would need to interpret the measurements and determine what steps could be taken to improve the acoustics. For instance, if the space is too "live" or contains too much reverberation for one's taste, dampening blocks may be placed on the walls to help absorb some of the sound. I hope that's a good first step.
What kind of diffusion? If it is diffusion of molecules then gas would be the right platform
The rate of diffusion would be faster for the right cylinder.
That would depend on the measurements of the cylinder and of the torus.That would depend on the measurements of the cylinder and of the torus.That would depend on the measurements of the cylinder and of the torus.That would depend on the measurements of the cylinder and of the torus.
log the information into a spreadsheet and calculate the measurements through the formulas in the spreadsheet program