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Anyone know what is going on in Example 4.13 on page 252 of the Berkeley Review General Chemistry Book??
Anyone know what is going on in Example 4.13 on page 252 of the Berkeley Review General Chemistry Book??
Thanks for your reply. That is the correct example I was referring too but I am still confused because the way I am seeing it is different.
If you require 2 equivalents of hydrogen ion, then the calculations should be:
2 x 0.6M x V = (3/100) moles which I think eventually gives 25mL of hydrogen ion.
Why would my explanation not be correct?? Thanks!
Thanks for your reply. That is the correct example I was referring too but I am still confused because the way I am seeing it is different.
If you require 2 equivalents of hydrogen ion, then the calculations should be:
2 x 0.6M x V = (3/100) moles which I think eventually gives 25mL of hydrogen ion.
Why would my explanation not be correct?? Thanks!