Out of context it is difficult to be more clear. But desired concentration could be though of as the strength or potency of a mixture that you want to end up with. Just in general, say that you are mixing Kool-Aid. You could follow direction exactly, and you will get the ordinary or standard 'concentration'. This is the concentration that anyone would get by following the directions. But you might think that this concentration is too sweet. So you add more water, and you will end up with the desired concentration, the strength of the drink that you want.
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Concentration Gradient
Going with the concentration gradient is basically the process of diffusion. Molecules going from a low concentration to a high concentration would be going with the concentration gradient. Going against the concentration gradient would be the movement of particles from a high concentration to a low concentration
noThe correct answer if you are dealing with cells is concentration gradient
AnswerParticles move from regions of higher concentration to regions of lower concentration because of the concentration gradient,they move down gradient i.e from high to low concentration
This depends on the desired concentration.
Calculate the weight of sucrose for the desired volume and concentration of the solution.
You add water to NaNO3 or NaNo3 to water until you reach the desired concentration
Use distilled water to dilute it to your desired concentration.
This depends on the desired concentration of salt.
Simply mix water and acetic acid to the desired concentration.
Concentration of sample= estimated LOQ concentration (ยตg/mL) x 1/desired LOQ (%) x 100LOQ should be Equal to or less than 0.05% of that of test concentration. Response of the impurity should be NLT 2000 at LOQ level for better precision.
Depending on the desired concentration of the solution !
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Mix peppermint soap and water at concentrations that effectively kill the insects desired. Increase the concentration if it does not.
By dissolving in water the necessary quantity to obtain the desired concentration of sodium bicarbonate.
The process whereby the concentration of a reagent is determined by reaction with a known quantity of a second reagent