2) If an element in group 2 of the periodic table formed a compound with an element in group 7 of the periodic table, the compound formed is likely to: A conduct electricity in the solid state. B have a low boiling point. C dissolve in non ‑ polar solvents. D be a crystalline solid.
Nov 13, 2016 · Sr(OH)2(aq) > NaOH(aq) > NH3(aq) > HBrO(aq) > HBr(aq) Here's what we should know: The stronger the base, the higher the pH, since it dissociates more in solution than weaker bases, thus making it more basic and raising the pH. The stronger the acid, the lower the pH, since it dissociates more in solution than weaker acids, thus making it more acidic and lowering the …
Answer: It’s very acidic with a low pH. Answer : It ’s very acidic with a low p H. 7. ... Answer: Controlling the transport of substances in and out of the cell. ... Course Hero member to access this document. Continue to access. Term. Winter. Professor. NoProfessor. Tags.
Practice Test Question #4: Which of these substances has the lowest pH?
Here's what we should know: 1 The stronger the base, the higher the pH, since it dissociates more in solution than weaker bases, thus making it more basic and raising the pH. 2 The stronger the acid, the lower the pH, since it dissociates more in solution than weaker acids, thus making it more acidic and lowering the pH.
The stronger the base, the higher the pH, since it dissociates more in solution than weaker bases, thus making it more basic and raising the pH. The stronger the acid, the lower the pH, since it dissociates more in solution than weaker acids, thus making it more acidic and lowering the pH. Now let's figure out where the acids and bases fall on ...
We now know that HBrO is a weak acid, so it must dissociate less than HBr, meaning that it decreases the pH by less from about 7. That means the pH of HBrO(aq) > pH of HBr(aq). Now we have: Sr(OH)2(aq) > NaOH(aq) >? > HBrO(aq) > HBr(aq) Since NH3 is a weak base, it increases the pH by less than NaOH, but since it increases ...
That means Sr(OH)2 is twice as concentrated with OH− as NaOH is.
Since NH3 is a weak base, it increases the pH by less than NaOH, but since it increases the pH and HBrO decreases the pH, it means that in general the same concentration of both implies that the pH is higher for NH3(aq) than HBrO(aq). Therefore, our result is:
a. pH is based on the [H3O+] in solution.
c. If pH = 7.0 then the solution is neutral.