200. mL of a 0.50 M NaOH solution requires 100.0 mL of a HCI solution to neutralize it. What is the concentration of the HCI solution?

Question

abb0t · Answer

Use the formula: $\sf \color{red}{M_1 V_1 = M_2 V_2}$
Where the subscript 1 and 2 means initial and final concentration (M) and volume (V)

abb0t · Answer

this is simple algebra. rearrange to find what you need. you already have everything else.

anonymous · Answer

Lol indeed it is. I understand that you are trying to teach me how to fish and what not, but I already took AP chemistry I just need the answer for a 400 question & answer Quizlet guide I am creating. Instead of doing them all myself I put some on here to make things go faster.

abb0t · Answer

You can solve it. It's very simple. Try it.

anonymous · Answer

I will solve it myself, thanks for trying to help people though

anonymous · Answer

https://quizlet.com/76911830/autosaved/new

abb0t · Answer

Don't blame me for being lazy. It's one of the most simple things to do in chemistry.

abb0t · Answer

especially having taken it in AP Chemistry. Just do it. 
I can confirm if the answer is right or wrong.

anonymous · Answer

Hu? I did not blame you and my comment was not sarcastic, i meant waht i said.