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									 -  Wed Aug 26, 2020 7:17 pm
					 #78455
							   
										
										
					
					
							In the specific example I made above, yes, that is ultimately how it works   
 
The one thing I will say is my example is intentionally very limited to prove a different point. My fear is that someone else reading thinks that in a two-value system that a rule like T1 V1 means they are always a block (they aren't, T could be in 2 and V could be in 1) or that T1
 V1 means they are always a block (they aren't, T could be in 2 and V could be in 1) or that T1   V2 means they are always apart (they aren't, they could both be in 2 together).
 V2 means they are always apart (they aren't, they could both be in 2 together). 
As long as that makes sense, all good!
					
										
					  															  										 
					 
					  
 The one thing I will say is my example is intentionally very limited to prove a different point. My fear is that someone else reading thinks that in a two-value system that a rule like T1
 V1 means they are always a block (they aren't, T could be in 2 and V could be in 1) or that T1
 V1 means they are always a block (they aren't, T could be in 2 and V could be in 1) or that T1   V2 means they are always apart (they aren't, they could both be in 2 together).
 V2 means they are always apart (they aren't, they could both be in 2 together). As long as that makes sense, all good!
Dave Killoran
PowerScore Test Preparation
Follow me on X/Twitter at http://twitter.com/DaveKilloran
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					  								 PowerScore Test Preparation
Follow me on X/Twitter at http://twitter.com/DaveKilloran
My LSAT Articles: http://blog.powerscore.com/lsat/author/dave-killoran
PowerScore Podcast: http://www.powerscore.com/lsat/podcast/

