Synapsis Full Member 10+ Year Member Joined May 17, 2013 Messages 423 Reaction score 37 May 24, 2013 #1 In relation to photons emitted in the visible region, do we need to know those? TBR emphasizes it a little bit. Members don't see this ad.
In relation to photons emitted in the visible region, do we need to know those? TBR emphasizes it a little bit. Members don't see this ad.
rfvbnmju Full Member 10+ Year Member Joined Nov 12, 2012 Messages 308 Reaction score 36 May 25, 2013 #2 It's not high yield but I would know it. Here's how I memorize it. ROYGBV Then I divide up a circle into 6 equal parts. Pick a slice and fill it in clockwise using the ROYGBV. Colors across from each other are complementary. Upvote 0 Downvote
It's not high yield but I would know it. Here's how I memorize it. ROYGBV Then I divide up a circle into 6 equal parts. Pick a slice and fill it in clockwise using the ROYGBV. Colors across from each other are complementary.
Synapsis Full Member 10+ Year Member Joined May 17, 2013 Messages 423 Reaction score 37 May 25, 2013 #3 rfvbnmju said: It's not high yield but I would know it. Here's how I memorize it. ROYGBV Then I divide up a circle into 6 equal parts. Pick a slice and fill it in clockwise using the ROYGBV. Colors across from each other are complementary. Click to expand... Thanks that works well! Upvote 0 Downvote
rfvbnmju said: It's not high yield but I would know it. Here's how I memorize it. ROYGBV Then I divide up a circle into 6 equal parts. Pick a slice and fill it in clockwise using the ROYGBV. Colors across from each other are complementary. Click to expand... Thanks that works well!
meetsub Full Member 10+ Year Member Joined Sep 29, 2011 Messages 291 Reaction score 140 May 26, 2013 #4 . Last edited: Jul 10, 2015 Upvote 0 Downvote
TXKnight Better Known as TXK 10+ Year Member Joined Oct 21, 2010 Messages 1,152 Reaction score 464 May 26, 2013 #5 ROY GBV Exactly like meetsub said Upvote 0 Downvote