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so useful. thank you

Thank you for taking the time to make this video! :)

thanks alot

you are a gift from heaven! thank you, you just saved me from failure

Thank you so much!

Brilliant! Thank you

At last I could understand this phenomenon in deep.

Thank you for all your videos. Super helpful.

So the rate constant you pulled at the 6:30 mark, is that not supposed to have the negative sign attached?

Another banger from prof clements

1:16 there is a mistake, there are 11 hydrogen not 12 so keep aware of counting

Great help

Yesss I was wondering why you wouldn’t test for 2x/0.50… my textbook also said x/0.50 or whatever the initial concentration was. So confused

I loved this! Thanks!

Thank you so much professor

Very well done. I have a question, however. Since the levorotatory and dextrorotatory anti isomers could have either the S or R configuration and it’s not specific to one or the other, how exactly can we analyze which isomer is in which configuration and why is it not specific?

Thanks a lot ! I was wondering how it could happen and searching an explanation on RUclips and you helped me !

I really enjoyed your passion, thank you for the video

how to get0.0592

whats the full meaning of BRICE please

GIRL YOU JUST SAFED MY LIFE 😢

thank you so much for making this!!! this is going to save my life for this lab

165lbs = to how many kilograms?

@Professor Clements sir, may I ask, is this BRICE method only applicable for solving complex ion formation problems?

Great !

Arigatho....

Thank u for this. It helped. From Africa (Ethiopia)

So are you telling me that, when light enters a polarizer its orientation or direction is limited to the polarizer design. But, since (you argue) linear light is actually two photons of light perfectly opposite in rotation, then once light enter a polirimeter the two components then continue their respective rotation (in opposite directions) and so the result or the measured rotation will be because one of the two photons rotation was interacting/refracts more with the molecule in the polarimeter? So, does this also mean that when a scientist chooses a specific wavelength of light to pass through a polarimeter, that light still rotates like a spring? Excluding the presence of chiral molecules: will green light passing through a poalrimeter rotate?

Great video very helpful! At 3:33 how exactly did you get 10 to the 8th for the answer, you said something about a 10 to the 11th minus 3 but I'm not seeing that

We keep the exponents negative in the numerator correct?

< /_cmd void cell = structure atomic mass per 8' bits map in whole freqs data structures / /yP'WV(8t) > 2' + c'' per atomic struct before and after > Mo''' yP'WV(8't) > {4',2'' then 8(t),4',2'+ c''} / >

This video saved me! thanks so much!!!

Thank youuuu!!!! I was so confused with this during lab but the simple explanation helped so much

Thnaks

1neno m =10 to the power -9

Best explanation on this topic .I searched alot and I am glad that I found your video..Thank you so much

Thank you so much ma'am It's so much helpful for me THANKS A LOT 😙😙😙

What is the value of meter?

Thank you for making this video. I couldn't understand the explanation ALEKS gave for this type of problem. You made it easy to understand.

You make it SO easy! I got so confused with just the ICE in class

Fantastic

my savior omg thank u

thank you this finally is making sense

great video!

Thank you, Professor. This was useful. Especially liked the tip about how you organize your quiz question banks. What I haven't been about to figure out how to do is to make a "Multiple Answer" question with numeric answers - that is where I can specify margin of error for each part. The Multiple Answer form in Canvas seems to be strictly for text. Best, Joseph Guse, Economics Washing and Lee University.

that's really good, thank you.

Big thanks Sir 😀😀😀

the carbon in position 2, counting from the right of the carbon chain, at minute 19:29 of the video, is actually bonded to 1 hydrogen and not 2, because it is already bonded to 3 other carbon atoms.