Roxi!! My Chem 2 final is tomorrow and I'm currently wrapping up the last ALEKS homework assignments, I just wanted to say thank you for LITERALLY helping me this entire semester. I had been putting off Chem 2 for years and was terrified to finally do it this semester. I couldn't have done it without you
Why is it that when you flip the anode reaction you don't change the sign of the voltage? like in Enthalpy you would flip the sign if you flipped the reaction? Does that not apply to voltage?
@@RoxiHulet thanks for the response! Do you have a video for the ALEKS topic “Understanding concentration cells”? It is the last topic I have left and I’m having trouble
Click on the “data” icon on the right side of the screen, and then click on “standard reduction potentials at 25 C”. (You might need to scroll down after clicking to actually see the data.) It won’t look exactly like my data table because I cut and pasted the data out of ALEKS into a spreadsheet so it was easier to access.
I copied the table from ALEKS into a spreadsheet and then saved it as a pdf. It’s way easier than re-opening the ALEKS table for every single problem. Totally worth the time!
Roxi!! My Chem 2 final is tomorrow and I'm currently wrapping up the last ALEKS homework assignments, I just wanted to say thank you for LITERALLY helping me this entire semester. I had been putting off Chem 2 for years and was terrified to finally do it this semester. I couldn't have done it without you
Good luck!!!!!!! I'm crossing my fingers for you! Let me know how it goes!!
ily roxi thanks for making aleks bearable
I love you too ❤️
Why is it that when you flip the anode reaction you don't change the sign of the voltage? like in Enthalpy you would flip the sign if you flipped the reaction? Does that not apply to voltage?
Excellent question! The negative sign in the equation (E = cathode - anode) is what flips the sign of the voltage.
@@RoxiHulet thanks for the response! Do you have a video for the ALEKS topic “Understanding concentration cells”? It is the last topic I have left and I’m having trouble
How did you find that table on ALEKS?
Click on the “data” icon on the right side of the screen, and then click on “standard reduction potentials at 25 C”. (You might need to scroll down after clicking to actually see the data.)
It won’t look exactly like my data table because I cut and pasted the data out of ALEKS into a spreadsheet so it was easier to access.
how did you get the data table in PDF form? :)
I copied the table from ALEKS into a spreadsheet and then saved it as a pdf. It’s way easier than re-opening the ALEKS table for every single problem. Totally worth the time!
@@RoxiHulet ah ok thanks!