Sometimes yes, but often that is not considered an independent variable but simply a replication of the same experiment.
as we define mole to be mass of the solute divided by molecular mass of the solute so all the solutes are taken in the solid form not in the liquid like we take 1L in molarity,so solids are generally independent of temp thats why both molality and mole fraction are independent of temperature
In order to add a fraction to a variable the fraction must be converted to decimal as computers cannot understand fractions, thats why they have floating points. On the other hand you could produce an answer in decimal and then convert it into a fraction afterwards but it would be overly complicated for a program to do this. I suggest if you are seriously into this somewhat eccentric behaviour you should try the program Mathematica from Wolfram research which is very expensive.
Its another word for something thats ridiculous or rubbish, just totally utterless. Something thats obsurd.
well me na no.. thats why am askin' u jackass???? well me na no.. thats why am askin' u jackass????
BECAUSE thats why!
i dont know thats why i asked u
easy! thats would be the INDEPENDENT VARIABLE!
thats not even a question
The manipulated variable would be the volume of the titrant (the thing thats being added). This is the only part of a titration that is altered. The responding variable would be the pH of the solution.
You tell me. thats why i asked you. DUHHH
yyyeeess
thats an ect:
Instead of animals being tested on, plants and humans can be tested on too. - Girl with answers.
thats was i was told benzyl is that some kind of acid.
thats what im asking you stupid a**
Thats what makes the variables what they are by definition they are what is changing
This is the variable which changes as a result of what you change in the experiment. If you change the height from which you drop a ball, you may observe the height to which it bounces. The height of the bounce is the outcome variable.