Topic: Determining the pi to pi antibonding UV absorptions? (Read 3481 times)

AussieKenDoll · « **on:** March 18, 2019, 02:30:19 PM »

How do I find out if a compound expected to have pi to pi antibonding absorptions in the 200-400 nm range, just by looking at the formula of the compound?

Mitch · « **Reply #1 on:** March 18, 2019, 03:02:19 PM »

Does it have pi-bonds?

AussieKenDoll · « **Reply #2 on:** March 18, 2019, 03:34:43 PM »

Is having a pi bond make a compound has a pi to pi antibonding uv absorption?

Babcock_Hall · « **Reply #3 on:** March 18, 2019, 04:14:50 PM »

I may be going on a tangent, but do you know what conjugated pi bonds are? There is a relationship between the number of conjugated pi bonds and the wavelength.

AussieKenDoll · « **Reply #4 on:** March 18, 2019, 05:03:30 PM »

yea i know about conjugated pi bonds! What is that relationship?

Babcock_Hall · « **Reply #5 on:** March 18, 2019, 07:38:14 PM »

The difference in energy falls as the number of conjugated bonds increases.

Topic: Determining the pi to pi antibonding UV absorptions? (Read 3481 times)

AussieKenDoll

Determining the pi to pi antibonding UV absorptions?

Mitch

Re: Determining the pi to pi antibonding UV absorptions?

AussieKenDoll

Re: Determining the pi to pi antibonding UV absorptions?

Babcock_Hall

Re: Determining the pi to pi antibonding UV absorptions?

AussieKenDoll

Re: Determining the pi to pi antibonding UV absorptions?

Babcock_Hall

Re: Determining the pi to pi antibonding UV absorptions?

Sponsored Links