12.97
138 g NaCl 1.10 L= 1100mL 1100mL x 1.08g/mL = 1188 grams TOTAL 138/1188 x 100 = 11.6%
I assume that water and soil are separate, rather than a wet soil? The temperature of the dark soil would heat up faster than the water - as dark colours absorb heat.
I need help with this! the problem says "Thimerosal is an organic compound (gram-molecultar mass = 404.8 g/mol). A .100% solution of thimerosal is sometimes used as an antiseptic. Assume that this solution has a density of 1.00 g/mL." I need help with these two: What mass of thimerosal must be mixed with 25.0 g of water to make a .100% solution? What volume of 0.100% solution contains 0.750 g of thimerosal?
I would assume so as the nitrogen could accept more hydrogen, protons, into it's structure. Such as NH3, ammonia, a weak base as it can accept a proton in solution.
Without knowing the temperature, we'll assume 1 kilogram = 1 litre of water. Therefore if it is 5.1 mole per litre, it is 5.1 molar.
I assume you mean the additive inverse. The sum of any number and its additive inverse is zero. For example, 7 + (-7) = 0.
assume its not. make two cases show that the two cases are equal
Assume that a solution forms the product mercury (I) acetate. The product formed is _______.
Assume these numbers are additive.38 + 1919(2 + 1)So,= 19======GCF
Japan
No, not at all!I'll assume you mean the additive inverse, although the following examples can be adapted to the multiplicative inverse as well.The additive inverse of 5 is -5, and 5 is indeed greater than -5.However, the additive inverse of -5 is 5, and -5 is SMALLER than 5.
insoluable
2.0 L x 0.60 mol/L = 1.2 moles NaOH0.495 L x 3.0 mol/L = 1.485 moles NaOHTotal moles NaOH = 2.685 moles NaOHTotal volume = 2.0 L + 0.495 L = 2.495 LFinal concentration of NaOH = 2.685 moles/2.495 L = 1.076 M = 1.1 M (to 2 significant figures)
i would assume it is known as a solution
A solution with H+ = 1.2 x 10-4 a solution with OH- = 2.5 x 10 -9 A solution with pH = 4.5
A+LS is "slightly soluble"
It joined the United States, which helped assume the debt.