Відео

Thank you so much! This really helped me understand my homework

how do I find frequency with energy of photon?

PERFECT THANK YOU 😭

Thank you so much ..

Very helpful, thank you

A very clear and detailed explanation! :)

Thanks

THANK YOU

Excellent video

I think there is an misconception in the video. At 1:05, it is stated that if deltaG_0 is zero, the reaction is at equilibrium. This is wrong. The reaction is at equilibrium is the actual deltaG, which depends on the temperature, pressure and composition, is zero, as you correctly explain it later. By forcing actual deltaG=0, the equation deltaG_0=RTLnK is obtained.

What a beautiful colorfullness photons, Saleh Theory, for the first time, explain the relationship between different colors and different Gyroradius Helical motion of photon. see new difinition of colorfulness of photon video on saleh theory-com chanel.

for ln k. how can i find 'k'?

Ahhhhhh....... Thank you!It's my exam day after tomorrow. 💟💗

i've watched a bunch of videos and gone through countless tutorial websites but this video was by far the most helpful thing in understanding what on earth is really going on in these reactions. bless your soul.

thank you

Why is 2pz a sigma bond but 2Px and 2Py pi bonds? Can you also explain why sigma bond is higher in energy than the pi bond? Thank you :)

wow awesome

Thanks

Hi Ma'am can u plz solve this problem: 2.0 g of C6H6 was burnt in excess of O2 in a bomb calorimeter : C6H6( l ) + 7½O2(g) → 6CO2(g) + 3H2O( l ) If the temperature rise is 40°C and the heat capacity of the system is 2.0 kJ/K, calculate the enthalpy of combustion of C6H6 at constant volume and constant pressure. Answer. - 2.4414 kJ/mol; -24410.283 kJ/mol

So helpful; Thank You!! :-)

excellent video... thanks lot

Amazing how your explanation makes sense to me, my current chemistry teacher is from Taiwan, so let's just politely say there is a little language barrier. Thanks for the video!

thank you. i was looking for something to complement our chem book and this is a great explanation.

Great video. Well explained! Thank you.

Thanks, very helpful.👍🏾

excellent madam you explained

excellent madam you explained

thank you

I think there is an error at 3:26. ''If Q has a smaller value than K, it means the system has too many PRODUCTS''. Shouldn't it should be ''If Q < K,.....too many reactants''?

Very well explained I was so lost with my prof but you saved me!!! You've gained a subscriber

Thank you very much for such a great effort. It has been very useful source for me whenever I want to review basic kinetics. I would like to ask if the ppts you use in your kinetics videos are available for download.

Dr. Shields - excellent explanations and videos on Thermodynamics, thank you!

WHAT A GREAT VIDEO 10/10 THANK YOU SO MUCH!!!!

Why is the 2s of Nitrogen lower than the 2s of Carbon. Judging from the periodic table, electronegativity increases from left to right. And so, shouldn't Carbon be the lowest energy of 2s rather than Nitrogen?

marana mass explanation mam........😍😍😇🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏👸

Interesting. I'm curious what mathematical phase transitions in combinatorial problems have to do with real phase transitions. Especially where some authors claim that the phase transition in water is 'discontinuous'.

Thanks for explaining the significant figures part as well. I remember in a science class I took I entered the numbers wrong (still correct math) because of the sig fig.

Thanks a lot! 😊

This is the first video that helped me understand- You are a star!! :)

thanks lady that was so helpful

Very helpful! Thank you so much!

Patrick Dean I didn't understand the first and second order ?

nerd

Thank you

god bless

Thanks, very helpful

Thank you, very helpful!

7:56 there shouldn't be ln (natural log) at the beginning of the RHS of the equation, only before the (16/1)

THANK YOU THANK YOU!!! I got it!

I guess one way to remember which element has lower energy is to think of electronegativity as an "energy measurement"; that is, high electronegativity = high negative energy = low energy. At least, I like to think of it that way, haha.