Compare the ph vs volume curve for hcl

Reference no: EM13172229

Compare the pH vs volume curve for HCL and acetic acid. discuss any difference in the shape of the curves. Compare theese two curves to one of the curves prepared for the unknow. Is the unknow acid more similar to HCL or acetid acid?

Reference no: EM13172229

Questions Cloud

The molarity of a solution made by dissolving : Calculate the molarity of a solution made by dissolving 0.650 grams of Na2SO4 in enough water to form exactly 880 mL of solution.

How many grams of methane [ch4 (g)] must be combusted : How many grams of methane [CH4 (g)] must be combusted to heat 1.19 kg of water from 25*C to 60*C, assuming H2O (l) as a product and 100% efficiency in heat transfer?

What is the molarity of a solution prepared : What is the molarity of a solution prepared by dissolving 72.0 g of HCI in enough water to make 500 ml of solution.

Draw a free energy profile for a reaction s to p : Draw a free energy profile for a reaction S to P that proceeds through a single transition state with Delta G knot equal to +2.8 kcal/mol and delta G double dagger equal to 14 kcal per mole. Label the appropiate difference.

Compare the ph vs volume curve for hcl : Compare the pH vs volume curve for HCL and acetic acid. discuss any difference in the shape of the curves. Compare theese two curves to one of the curves prepared for the unknow

State flammable gas and a are formed : NMR of D exhibits resonance at -4 ppm. - On heating D, a flammable gas and A are formed. - Reaction of C with CH3I affords white solid E whose proton NMR shows a single resonance around 0.2 ppm. Identify A-E.

Compute the value of each partition function : Calculate the value of each partition function. c) Use the TST to calculate the rate constant for the reaction D + H2à DH + H

State how much work must be done to bring ion a : How much work must be done to bring ion A and ion B together into an activated complex. The charge of ion A is +2 and it's ionic radius is 2.85 A and if the charge on ion B is +1 and it's ionic radius is 1.35 A

How many moles of o2 are required to react : In 2C4H10+13O2->8CO2+10H20 how many moles of O2 are required to react completely with 4.4 Moles of C4H20?

User Account

All Pages