additional to make KNO3- saturated
@bhargavaa I put 14g for that one.
well there is a range
I put 14 g as well. The range will probably be [13,15] for that q
So happy nothing on Sig Figs!
That’s nice to hear. Looking back at the reference table, 13g looks more accurate.
Are u sure it was equal moles of H and OH because H had 2 moles while OH had 1 @bhargavaa
I put more H+ than OH-
@jacobreis so did i
@jacobreis I’m sorry dude, you probably got that one wrong. “So, the solution will be neutralized when the number of moles of H+ equals the number of moles of OH-.”
Look through this: https://www.thoughtco.com/neutralizing-a-base-with-acid-609579
I saved my MC answers in my calculator did anyone else
Yeah because you would multiply the NaOH by twice the volume. I am pretty sure about my answer.
Yeah me too
Do you want to post the answers??
How about the acid one, why does it conduct electricity?
The particles could disassociate in an acid @Mikelll
Did you get the Ether one???
and the nuclear fusion one??
Wait… It wanted us to show the relationship of Pressure and Temperature in terms of an Ideal Gas.
So wouldn’t the decreasing pressure, exponentially, with increasing temp, be the answer?
the ether was CH3OCH3
Or something like that
I had no idea what 77 was (battery q), I took this test last year (and passed). If I somehow did worse this year, could I omit this score?