Compute alkalinity in molar equivalents per kg

Reference no: EM13665009

Compute alkalinity in molar equivalents per kg (liter) of one mole of NaCl dissolved in 100 liters. Dissolved in CO2 free distilled water

Reference no: EM13665009

Questions Cloud

Conversely sulfur has a more favorable affinity than oxygen : On the basis general trend of electron affinity one would predict that oxygen would have a more sympathetic electron affinity than sulfur. It turns out conversely sulfur has a more favorable affinity than oxygen.

Compute the ph of 500ml of a solution in c6h5nh2 : Compute the pH of 500mL of a solution that is 0.200 M in C6H5NH2 (aniline) and 0.100 M IN C6H5NH3Cl anilinium chloride. Kb aniline=4.3*10^-10

Explain what is the cell potential the concentrations : Explain what is the cell potential at 25 if the concentrations are 0.364, 0.342, and 0.895 and the pressure of is 8.90

Define the bonding using valence bond theory : Consider the bonding in the subsequent using valence bond theory. For which would dish be the smallest

Compute alkalinity in molar equivalents per kg : Compute alkalinity in molar equivalents per kg (liter) of one mole of NaCl dissolved in 100 liters. Dissolved in CO2 free distilled water

Explain what are the strengths weaknesses and implications : Explain what are the strengths, weaknesses and implications of the precautionary principle as a method for deciding whether a technology must be used

Find out the percent yield of na3c6h5o7 : 3NaHCO3 + H3C6H5O7 > 3CO2 + 3H2O + NaC6H5O7, Find out the percent yield of Na3C6H5O7 if 2.50 g are produced.

Compute the equilibrium constant kc : If a 2.490 mol quantity of NOCL was primarily placed in a 1.450 L reaction chamber at 400 C. After equilibrium was established it was found that 25.10 percent of the NOCL had dissociated. Compute the equilibrium constant Kc.

Compute the pressure of h2o at equilibrium in the reaction : Compute the pressure (in atm) of H2O(g) at equilibrium in the reaction vessel at temperature T if the initial pressures of H2O(g) as well as Cl2O(g) are both equal to 2.8x10-1 atm.

User Account

All Pages