A Solution Has A PH Of 3.4.What Is Its Hydrogen Ion Concentration?

Answer 1

pH = -log(H^+)
Substitute and solve.

Answer 2

45.1

Answer 3

0.000398

Answer 4

I put 45.1 as an answer to a different question. The real answer is 0.000398.

Answer 5

wsp

Answer 6

A solution has a pH 3.4 what is the hydrogen concentration

Answer 7

A solution has a pH of 3.4 whant is the hydrogen concentration

Answer 8

pH =-log (h+
pH =-log (3.4)
pH = -(3.4)
pH =-3.4

Answer 9

The explanation is not clear

Answer 10

The pH of a given solution is 3.4. what's the ht

Answer 11

4*10^-4

Answer 12

Since pH is equal to _logbase10 (H +)
We have 3.4 =_log(h+)
There4 log [h+]=-3.4=-4.0+0.6=4.6
There4 [H+]= anti log 4.6
= 4*10^4 mol dm^-3

Answer 13

How do you solve for the H+ that gave you4.0+0.6 that's confusing

Answer 14

Did you just copy from New school chemistry, page 105? How did 3.4 become 4.6?

Answer 15

pH =-log (3.4)
Log10[H+]= -(3.4)
[H+] = antilog -3.4
= 0.000398 mol dm-3

Answer 16

please how did you get -4.0×0.6