... 2 recycle?" A. Glass B. Newsprint C. Plastic
D ... wood, then what could be a complete and accurate list of ... recycles? A. P, T B. N, W C. N, T ...
... answers are presented as "A - 2 B- 3 C- 4 D- 5 E ... video shows it as "A- 3 B- 4 C-5 D- 6 E ... the correct answer and thus B is correct but this is ... 4 wrong when you chose C to indicate 4.
... two concepts are "No A is B" and "C is both D and ... words, the conditional statements (A -> /B) and (C -> D and E ... up looking like this: /(A->/B) -> (C -> D and E ... />
Contrapositive: /(C -> D and E) -> (A -> /B)
... think Asome/B reverses into /AsomeB. Some has a double arrow ()
So A/B tells ... are someA's that are not B's. But just from Asome /B, we ... cannot infer that some things that are not A's are B ...
I don't ... />
Then it is A --> /B
or B --> /A
Meaning that ... could be 1 - either A or B, but both of them cannot ... />
Or else... sound like A, or B, or C.... which would be just ...
... error. You’re equating a contrapositive with negation. They ... a contrapositive, negate both conditions and reverse them. (A-->B ... is equivalent to /B-->/A)
But negating a ... like A --> B is Asome/B or A and /B.
( ...
... problem is that the A>B>C relationship, doesn't that ... essentially say B (Paul going) is ... are asking but here's a guess at it. The stimulus ...
... an analogy. 1st fact: A (1973) had C (# of sharks being ... . 2nd fact: B, which is time today, also has C (same # of ... />
It assuming that because A and B have C they are similar and ... between A and B. If A and B had something essentially different like B had ...
... . Know that "if a, then b" a is sufficient and b is necessary. Or ... Larry is happy. a-->b-->c but if C is negated (John ... not happy), we get c-->b-->a (John is not happy ... so much like a-->d, b-->d, c-->d. Let ...
... properly i.e. if A then B unless C or If and only ... If (anyone want to point out a ... 's great to be a part of a BR group or have ... weaknesses and you've done a great job by identifying that ...
... instance where A happens _and_ B does not (A and /B) then C will happen ... a proof: A ---> B, expect when C
not (A ---> B ) ---> C A ... and /B ---> C
... if I see "A" sometimes "B", it means If "A" then "B" in Sufficient ... equate "All A's sometimes do B" to "AsomeB". I think a good way ... this sentence is "some birds". Because "some" has a range of 1 to ... second sentence, "some" is being used as a predicate to the ...