11 yrs old video really coming in clutch 🗿. I appreciate your very simple and understandable teaching style. I also like the effort you took into making it somewhat enjoyable lol. 10/10 video ✨️✨️✨️
Thank you soo much for this help your gonna make my chemistry test a little bit easier, as you was doing the last one I did it myself and when I didn't understand i watched the bit and then did it and i was soo happy when i checked the result!!!
I'm only halfway through your video, and it's all beginning to make some sense, thank you so much for the tips and tricks😀Can't wait to see more of your videos P.S *that's one more subscriber for you*
probably too late to help, but OH is a polyatomic, when we balance equations, we always look at the atoms themselves. When you get better, then you can learn to balance by polyatomics, but when you're first learning it is best to just look at the individual elements.
4Na +4H2O -> 4NaOH +2H2 would that be wrong? or 8Na+8H2O -> 8NaOH + 4H2? It's all about ratios. Now if your teach is trying to use it to examine molecules and ions then half a hydrogen molecule is an issue. For the purpose of stoichiometry or even hess's law having 7/2of a molecule is normal. I made newer videos since, that address those issues. Plus older online autograders would not accept fractions. Easy correction if you balance with 1/2, then multiply everything by 2. Then blackboard or webassign will be content. Anyway.... the answer is always 42.
The common dilemma students face is, 'Is it okay to use fractions like ½ or ⅓ when balancing equations?' The answer is yes, absolutely. When I made this video ages ago for my kids, I never considered students from other classes might watch it and that some teachers might be hesitant to use fractions. Trust me, right now you're just balancing equations, but when you get to Hess’s Law, you’ll be dealing with fractional coefficients all the time. If your teacher prefers to model reactions by showing, for example, that it takes 2 hydrogen molecules and 1 oxygen molecule to yield 2 water molecules, then fractions won't be as helpful. But if you do use fractions, you can always multiply the entire equation by the denominator to convert them into whole numbers. Most of the time in Chemistry 1, you'll be focusing on stoichiometry, which is all about the correct ratios between products and reactants. In these cases, fractions are quick and efficient tools that serve the bigger picture of what we’re trying to achieve. And before you come at me with 'You're absolutely wrong,' remember: you chose to click on a channel named after Turd Ferguson from the Norm Macdonald SNL days. It’s a funny name
11 yrs old video really coming in clutch 🗿.
I appreciate your very simple and understandable teaching style. I also like the effort you took into making it somewhat enjoyable lol.
10/10 video ✨️✨️✨️
This may be from 8yrs ago but it really helped thanku😊 🙏
You, sir, Deserve to be the National Teacher for Chemistry.
oohhuuu DANG! Ima kill tomorrow's chemistry paper.
All thanks to you!
Me too
This will help with my ged testing thank you
Thirty-six yeears and counting, haven't lost a beat. Thanks for the refresh.
Thank you soo much for this help your gonna make my chemistry test a little bit easier, as you was doing the last one I did it myself and when I didn't understand i watched the bit and then did it and i was soo happy when i checked the result!!!
Talk to Ghazaleh No prob! Glad it helped :) oh and Good Luck!!!
Fyh
Thank you for you and we techer i can from in ethoipa i love your cooment
I really like the funny way he teaches
Very good
Thank you so much
I subscribed thanks a million . the video helped me understand how to balance an equation
Smh, when you’re freshman in honors physical science already learning stuff that’s being covered in chemistry that’s so cool.
You aren’t allowed to keep a fraction in the equation. You need to multiply everything to get it 3 by itself for Fe > FO3
The real anser is 2Na + 2H20==)2NaOH + H2 then it will give u Na 2, H 4 and O 2 at both sides
This new technique really helped me 👍👍
It's pretty good for learning and teaching. Thanks for the positivity :)
@@turdfurg67 wow 9 years later you still replying that I s amazing
I'm only halfway through your video, and it's all beginning to make some sense, thank you so much for the tips and tricks😀Can't wait to see more of your videos P.S *that's one more subscriber for you*
Its good and helpfull
It is awesome
Thank you so much sir.Thats the easy way I learn.
you are very welcome. I'm glad it helped.
My chemistry midterm is tmrw thx bro😭
W vídeo, thanks man🐐
Excellent
I would make a Bill and Ted quote, but it would only make me feel old lol. Thanks for the comment :)
Very good
do you have a video on lewis structures?
THANK YOU!!!! THANK YOU 😊😊
Thanks for the vid
Helped alot
Thanks a lot ❤️ for this video
anytime. Thanks for the comment :)
I wish my teacher could explain the way Mr Turd Furg does.
Thank you so much❤️😭
Your answer is wrong. You can’t leave your answer in fraction
Love this ! Thank you
I have a problem in balancing equation
Thank you for helping me out
Thanks a lot...Brilliant and funny
Dood u cannot do a 1 half coefficient. Only start with 2 or more not less than two
i agree jan francis, fractions are not used in balancing
Why didn't you put the oH on the same place
s
probably too late to help, but OH is a polyatomic, when we balance equations, we always look at the atoms themselves. When you get better, then you can learn to balance by polyatomics, but when you're first learning it is best to just look at the individual elements.
thanks finally I understand
Some how good
your first example is wrong!
2Na + 2H20 -> 2NaOH +H2 this is the correct answer
4Na +4H2O -> 4NaOH +2H2 would that be wrong? or 8Na+8H2O -> 8NaOH + 4H2? It's all about ratios. Now if your teach is trying to use it to examine molecules and ions then half a hydrogen molecule is an issue. For the purpose of stoichiometry or even hess's law having 7/2of a molecule is normal. I made newer videos since, that address those issues. Plus older online autograders would not accept fractions. Easy correction if you balance with 1/2, then multiply everything by 2. Then blackboard or webassign will be content. Anyway.... the answer is always 42.
good
Thx
Long procedure sir.
😅 thanks
any time :)
I am 7th class my sar tell all physics class
I thought you couldn't have fractions in equations.
You can not but you fix it afterwards
NAHBRO😂😂
pleasing the world one equation at a time.
1+2
This is absolutely wrong. The answer is 2Na +2H2o =2NaOH +H2
Na=2
H=4
O=2(LHS)
Na=2
H=4
O=2 (RHS)
The common dilemma students face is, 'Is it okay to use fractions like ½ or ⅓ when balancing equations?' The answer is yes, absolutely. When I made this video ages ago for my kids, I never considered students from other classes might watch it and that some teachers might be hesitant to use fractions.
Trust me, right now you're just balancing equations, but when you get to Hess’s Law, you’ll be dealing with fractional coefficients all the time. If your teacher prefers to model reactions by showing, for example, that it takes 2 hydrogen molecules and 1 oxygen molecule to yield 2 water molecules, then fractions won't be as helpful. But if you do use fractions, you can always multiply the entire equation by the denominator to convert them into whole numbers.
Most of the time in Chemistry 1, you'll be focusing on stoichiometry, which is all about the correct ratios between products and reactants. In these cases, fractions are quick and efficient tools that serve the bigger picture of what we’re trying to achieve.
And before you come at me with 'You're absolutely wrong,' remember: you chose to click on a channel named after Turd Ferguson from the Norm Macdonald SNL days. It’s a funny name
Too much bit around the bush..be specific with your calculations you're confusing people
Agar hindi mein hota jyada aacha samajh mein aata. I dislike
🤔
Not explain well 🙄
Stfu this is one of the best and funny teachers on TH-cam thank u very much