Thank you. On the periodic table picture on left Greater electron distance Increases. On the bottom it should be less effective nuclear charge increases. I would unify these statements so it doesn’t confuse the students. Thank you for great efforts
Thanks for your suggestion! The 'DECREASES' and 'INCREASES' in black refer to the trend for F.I.E. (since F.I.E. is highest at the top right of the table and lowest at the bottom left of the table), and the text in red refers to the reason. I can see how some might find it a little confusing; making these videos is a constant work in progress. Have a great day!
Mainly because the least-tightly-held electron in O is already paired with another electron, while in N, all the orbitals are exactly half-filled. Since this is a fairly stable configuration, N actually has a slightly higher F.I.E. than O. It's an anomaly to the trend, but they won't ask you about this on the AP exam.
My AP chem teacher actually sucks, he always forces us to do assignments instead of teaching, thanks for your videos, it makes more sense to me😊
I'm happy you find my videos easy to understand. I wish you and your class (and your teacher too!) all the best this year!
Thank you. On the periodic table picture on left Greater electron distance Increases. On the bottom it should be less effective nuclear charge increases. I would unify these statements so it doesn’t confuse the students. Thank you for great efforts
Thanks for your suggestion! The 'DECREASES' and 'INCREASES' in black refer to the trend for F.I.E. (since F.I.E. is highest at the top right of the table and lowest at the bottom left of the table), and the text in red refers to the reason. I can see how some might find it a little confusing; making these videos is a constant work in progress. Have a great day!
Please keep making videos! These are super helpful
Absolutely. I have lots more on the way!
Really helpful for the quiz I had! Thanks!
I'm so glad my video helped you out!
My man you are underrated
I appreciate that. Tell a friend if you like my videos, and thanks for watching!
Thank you for this! these videos really help
I'm glad I can help. Best wishes on your AP Chem class this year, and thanks for watching!
Thank you so much for these videos!!!
You're very welcome!
Why does O have a smaller first Ionization Energy than N?
Mainly because the least-tightly-held electron in O is already paired with another electron, while in N, all the orbitals are exactly half-filled. Since this is a fairly stable configuration, N actually has a slightly higher F.I.E. than O. It's an anomaly to the trend, but they won't ask you about this on the AP exam.
thank you!!
You're welcome!
THANK YOUUU
You're very welcome. Thanks for watching!