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Thank you so much!!! I appreciate it!!!

This is not correct according to Aleks

This is so much more clear and easy to understand than the Aleks explanation. Thank you so much

Thank you so much sir 🙏🙏

Great explanation! Thank you

Thank you so much! This helped a lot :D

appreciate the effort but ur shit at explaining my guy

This helped so much. Thanks for the video!

This worked! Thank you.

explained very well thank you

Thank youuu!

This is a true lifesaver! Thank you so much

and how did you got the specific heat as well?

I have a question ? How did you got the 23.70 for the Hvap?

God bless you

This helped alot, Thanks !

you're a hero

Thank you

very easy to understand great Thanks

you are the only person on youtube i have seen so far explain these simply and actually yield the correct answers for ALEKS. thank you!!!

This is helping me so much 3 years after it was posted, thank you!!

Thank you so much for posting. I am going to check out the rest of your chem videos. Taking the course online and it has been a nightmare. They have no videos no breakdowns in the explanation it is absolutely crazy.

clear!

This video was very helpful.

Omg thank you

Great videos, thank you for the support, knowledge and help. God bless!

This helped so much!! Thank you!

no way that was it🤯 bruh I was staring at that equation and was gonna shoot myself thinking I had to solve it

Thank you so much!

Thank you so much!

i actually understand this now. Thank you

This answer is false. its 1.584 x 10 to the 24th power.

Went through it super clearly. Thank you for this!

I have a question...how do you know when you should multiply or divide it after you add the conpounds

Okay, now how do you convert it to tetra?

If the reactant coefficient was a number other than 1, let's say 2, would we multiply the coefficient with the initial concentration 8.6x10^-5? So the final concentration for the reactants would be 1.72 x 10^-4?

I've been watching 30 minutes of these videos, and still don't understand a word. I'm just going to fail chemistry. No two ways about it.

thanks i was literally gonna kms trying to figure this out using the "explanation"

What happens if your answer comes out negative? Do I put 0.0g left over?

i did the exact same way and got it wrong. It tells me the actual method was to divide the 1.0*10^9/6.022*10^23(avagadro's number). Then divide that number by the amount of hydrogen which is 10. Then multiply that number by the molar mass of B4H10 and thats the actual answer, which is pretty much the same as ur method??

howd that -15 come about? whatever i do i just get somee large number and nothing in the negatives. PLEASE HELP

This is the best video for this topic. Thank you so much!

thanks !!

thank you for your help!

Thank you so much for this video!❤️

THANK YOU SO MUCH!!!

Thank you so much I watched three videos about this topic and I didn't understand until I saw your video

Tysm!! I was struggling with this problem so much, but the video really cleared it up.

why did u put 1 mol of o2 when there is 13 ?

Thanks!