mmcs2000 mmcs2000
  • 26-03-2018
  • Chemistry
contestada

What is the pH of KOH solution that has H+= 1.87 x10^-13

Respuesta :

Blitztiger
Blitztiger Blitztiger
  • 27-03-2018
The pH of a solution is calculated as pH = -log[H+], where [H+] is the concentration of H+ ions. Based on the given concentration in the problem,
pH = -log(1.87 x 10^-13 M) = 12.73
Therefore, the pH of the solution is 12.73, and this implies a strongly basic solution.
Answer Link
irocktheworld11
irocktheworld11 irocktheworld11
  • 01-03-2019

12.7

the next two are 2.24 and 7.00

Answer Link

Otras preguntas

Total these measurements. Your answer should indicate the proper accuracy. Include units. 22.1 L 43.20 L 86.1221 L 91.52 L
Is 12(4x + 2) equivalent
2.2 • 10^6 - 4.3 • 10^5 = ?
Lithium hydroxide, LiOH, would react with ________ to form salt and water.
I was assaulted which left me impaired at the ankle. I recently found out that my doctor failed to document anything from 2015 and started to document in 2017,e
Assess the impact of the launching of Sputnik on Cold War relations between the United States and the Soviet Union.
in what way has the united states 'detention of terrorist suspects during the war of terrorism been controversial? grade 6 A.no prisoner release programs B.insu
Seems easy, I know, but apparently, the answer is incorrect all the time. Any help?
Paige asked 30 random students in her school if they use the internet to help with homework. Of these students, 18 students said they do use the internet to hel
Use the table to help you answer.