Explain what are the h3o+concentration in neutral water

Reference no: EM13673096

At 15 °C, the water ionization constant, Kw, is 4.5 ´10-15. Explain what are the H3O+concentration in neutral water at this temperature?

Reference no: EM13673096

Questions Cloud

Explain how many ml of naoh will it take to neutralize hcl : Explain how many ml of .250MNaOh will it take to neutralize 10.0ml of .100M hydrochloric acid (HCL). Explain how many ml of .250MNaOH will it take to neutralize 10.0ml of .100M hydrofluric acid (HF)

Compute the percentage of chloride in the original sample : A silver chloride 143.32 g/mol precipitate weighing 0.2407 grams was obtained from 0.3025 grams of a soluble salt mixture. Compute the percentage of chloride 35.453 g/mol in the original sample.

Determine the masses of the individual isotopes : Rhenium has 2 naturally taking place isotopes- Re-185 with a natural abundance of 37.40 percent and Re-187 with a natural abundance of 62.60 percent. The sum of the masses of the two isotopes is 371.9087 amu. Determine the masses of the individual..

Explain what is the ph of the diluted solution : Explain an aqueous solution with a pH of10.60 is diluted from 1.0 L to 1.5 L. Explain what is the pH of the diluted solution

Explain what are the h3o+concentration in neutral water : At 15 °C, the water ionization constant, Kw, is 4.5 ´10-15. Explain what are the H3O+concentration in neutral water at this temperature

Explain what happens when this reaction mixture is treated : State an equation showing the reaction of acetylsalicylic acid with sodium bicarbonate. Explain what happens when this reaction mixture is treated with hydrochloric acid. Reaction equation would be appropriate

Explain why difficult to distinguish using proton nmr : Explain how carbon NMR distinguishes the 3 isomers1, 2-dimethylbenzene, 1, 3-dimethylbenzene and1, 4-dimethylbenzene. Explain why are they difficult to distinguish using proton NMR

Compute the heat given off by the burning mg : A 0.1329 g sample of solid magnesium is burned in a constant-volume bomb calorimeter that has a heat capacity of 1769 J/°C. The calorimeter contains exactly 251 g of water, and the temperature increases by 1.126°C. Compute the heat given off by th..

The methylene chloride water distribution coefficient : Would the methylene chloride/water distribution coefficient be expected to be greater than 1 or less than 1 for aniline in methylene chloride and 1M NaOH? With 1M HCl

User Account

All Pages