Jan 21, 2014 · In Avogadro's Law If n increases, V increases. If n decreases, V decreases. If V increases, n increases. If V decreases, n decreases. Avogadro’s Law states that if P and T are …

May 25, 2014 · The Molar Volume of an ideal gas at STP, which we define to be 0^@ "C" and "1 atm" arbitrarily (because we're old-fashioned and stuck in 1982) is "22.411 L/mol".

Apr 19, 2014 · There are no units for the index of refraction, because it is merely a ratio. When you use the formula n = c/v, the units for c and v cancel each other out, because they are both …

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Mar 4, 2016 · "0.286 M" This is a great example of a practice problem that requires you to use the formula for dilution calculations. To make it more interesting, let's assume that you're not …

May 14, 2016 · Molarity=n/V n=M*V n=3.00M*10.0*10^-3L n=0.03 mole here in the formula n=# of moles of solute and V=liter volume of solution Chemistry Science

Feb 16, 2016 · #color(blue)(c = n_"solute"/V_"solution")# In a dilution, you know that the number of moles of solute must remain constant. This means that you can use the molarity and …

Jul 28, 2016 · Therefore: M = n/V = 0.1895 / 2 = 0.09475 mol/litre. And if you want to make it even simpler - you are diluting 50 ml to 2000 ml, which is a dilution of 40 times. So simply divide …

Feb 23, 2018 · 2.50 Molar Molarity is defined as the number of mole of solute per liter of solution, Mathematically, M = (n/V) M = (2.5 / 1.00 ) M = 2.5 Molar

Jan 26, 2016 · Let's say that you don't know the values of the two volumes, which we'll call #V_1# and #V_2#, but you do know the concentrations of the two solutions. #c_1 -># the molarity of …