I'm not sure if this is why, but I'm guessing because the numbers he uses are completely known. So when he writes "1.008", he really means 1.00800000000000000000000... And since all the numbers he is using follow this trend (because they are from the periodic table), he has an infinite number of significant figures. So he technically is using significant figures, because all the numbers are significant.
To simplify Even though we know that the atomic mass of Hydrogen is 1.0080000000 we write it as 1.008 for obvious reasons. So 1.008 = 1.00800000... So for numbers that are measured to perfectly, you can add as many 0's, and there for significant figures, as you need to match the numbers that aren't measured perfectly and you can't add 0's.
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I am literally having a breakdown because I am failing
me too lol
@@astraeaxx5734 sad
I’m passing but I’m also having a mental breakdown
U will do better just study smart...u will be fyn...
thank you so much, you helped me a lot and keep going good luck
You help me a lot by this video
can you do a video on VSEPR theory? great videos by the way!
Im so thankfull for adding Arabic 😭😭😭💜
Thanku for this video
LIFESAVERRRR
Probably watching this for an exam tommorrow
I really want to be your teacher🥺 if your my teacher i would really focus cause yiur explanation is so very vert good. Sorry ny English is bad
then what is the mass(g) of NaCI?
23 + 36, whatever that is, I think 49? No 59, yeah 59.
IDOL KO SI MAAM CABRERA!!!
Thanks. But I find it odd that "." When it comes to the equations just means "+" almost makes me wonder what the point of them are.
thank u
Good
Thankewww for thiss😊
Formula weights
Thanks you.....
why didn't you use sig figs?
I'm not sure if this is why, but I'm guessing because the numbers he uses are completely known. So when he writes "1.008", he really means 1.00800000000000000000000... And since all the numbers he is using follow this trend (because they are from the periodic table), he has an infinite number of significant figures. So he technically is using significant figures, because all the numbers are significant.
To simplify
Even though we know that the atomic mass of Hydrogen is 1.0080000000 we write it as 1.008 for obvious reasons. So 1.008 = 1.00800000... So for numbers that are measured to perfectly, you can add as many 0's, and there for significant figures, as you need to match the numbers that aren't measured perfectly and you can't add 0's.
Super
Block buster
find out coco3 molecular mass
aman parjapat
can you do
You will calculate wrong formation ......!!! 😔😔
Ye mole mass nahi he ye molecular mass he
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