1.There are 5 questions on ... game either -0 or-1 for those previous 18 questions ... our efforts on games 1,2 and 3 of ... **_central inference_**. There is 1 key inference on this game ... can give the widget to J?
... " said:
> > @"J.D.s_maketheworldbetter" said:
> ... br />
> > LR Real (1) - [Removed] about fusion of atoms ... br />
> > LR Real (1) - [Removed] about fusion of atoms ... br />
> > LR Real (1) - [Removed] about fusion of atoms ...
... . Wright" said:
> > @"J.D.s_maketheworldbetter" said:
> ... ;
> > LR Real (1) - [Removed] about fusion of atoms ... )
> > RC Real - 1- Chinese speakers in San Fran ...
... " said:
> > > @"J.D.s_maketheworldbetter" said:
> ... />
> > > LR Real (1) - [Removed] about fusion of atoms ... />
> > > RC Real - 1- Chinese speakers in San Fran ...
... :
> > > > @"J.D.s_maketheworldbetter" said:
> ... ; > > > LR Real (1) - [Removed] about fusion of atoms ... ; > > > RC Real - 1- Chinese speakers in San Fran ...
1. Burnout: Have you considered the ... work that hard are either 1) lying, 2) geniuses, or 3 ... watching YouTube videos instead of J.Y.'s explanations.
... ; @"Paul Caint" said:
> 1. Burnout: Have you considered the ... work that hard are either 1) lying, 2) geniuses, or 3 ... watching YouTube videos instead of J.Y.'s explanations.
> ...
... other passages.
I use J.Y.'s method where I ... read Passage 1, then go through the questions ... 10 words
- high-res: 1-2 sentence summary
- key ...
...
> >
> > 1) Let's say I want ... /N->/O->J->/K->P. Is ... br />
> > /N->J
> > /O-& ... represent this as N/O/J in one slot of ...
>
> N/O/J looks like if N is ... IN group, O and J are free to go anywhere ...
... >
> > > 1) Let's say I want ... />
> > > /N->J
> > > /O ... ->J
> >
> ... />
For /N->/O->J, I would just represent O ... /N --> O, /O --> J), I would represent only O ...
... />
> > > > 1) Let's say I want ... gt; > > /N->J
> > > ... > /O->J
> > > ... /N->/O->J, I would just represent ... gt; O, /O --> J), I would represent only O ... is in and N and J are out.
... />
> J.Y. treated PT24 S4 Game 1 (https://7sage.com ... />
> PT16 S1 Game 1 (https://7sage.com/lesson/grouping ... -game-1-game-board-setup/) is ... />
>
> J.Y. represented the rule as ... repeatable, and I think J.Y. tends to use ...
... />
> J.Y. treated PT24 S4 Game 1 (https://7sage.com ... />
> PT16 S1 Game 1 (https://7sage.com/lesson/grouping ... -game-1-game-board-setup/) is ... />
>
> J.Y. represented the rule as ... repeatable, and I think J.Y. tends to use ...
... gt; > J.Y. treated PT24 S4 Game 1 (https://7sage.com ... gt; > PT16 S1 Game 1 (https://7sage.com/lesson/grouping ... -game-1-game-board-setup/) is ... ; >
> > J.Y. represented the rule as ... repeatable, and I think J.Y. tends to use ...
... gt; > J.Y. treated PT24 S4 Game 1 (https://7sage.com ... ; > PT16 S1 Game 1 (https://7sage.com/lesson/grouping ... -game-1-game-board-setup/) is ... ;
> > > J.Y. represented the rule as ... repeatable, and I think J.Y. tends to use ...
... under the language of this bill. Write your senator, especially if ... able to lose 1 vote and pass a bill through the Senate ... . That means that if we can convince 1 ... or 2 Republican Senators this provision of the bill is ...
... have to go in slot 1 and 3. H can go ... 3 and T can go 1 or 3. We do this ... has to go 3rd then J is out. This leaves M ... as the correct answer because J has to be 3rd.
... have to go in slot 1 and 3. H can go ... 3 and T can go 1 or 3. We do this ... as the correct answer because J has to be 3rd. < ... br />
J has to go 3rd ONLY ... 4th we have to exclude J all together. If we put ... next to each other in 1/2 and that breaks our ...
... EXCEPT:
> A. J is visited immediately after H ... />
> > + M comes after J.
> >
... 2nd
> B. J is visited 3rd
> ... , they must go in slots 1 & 3, but we ...
So, this leaves us with 1 empty slot and just the ...
... logic. If is a group 1 logical indicator, which implies " ... looks like: J---->J(3)
If J, then J is on ... don't _have_ to have J. Sufficient conditions can be ... you're going to have J, then it's only ... look like this: J---->J(3)
~J(3)----> ...
... />
>
> Rule 1 and 2 combine to make ... inference 1
> Rule ... >
> Inference 1 and 2 combine to make ... >
> Rule 1) If A is included, it ...
> (Plus foolproofing and J.Y.)
>
...