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Unformatted text preview: " were true. F ,__ _,_- 144 "t -uta s0r4d!rt4 tA dr\ r-Ev, aru w,r&., 3p Exampret lhy ,}t filu + a// g-- :+tt*ta L i/-s tnnr ke What about these claims? Can they frt into one of the four standard forms? EveryAisaB. = AII 1o ote I) Not every A is a B. = geAarwnvt B There is an A that is a B. = 9ro n *re 13. Only A are B. \Mrich is it? All A are B All B are A Which of these is correct? dqs N?/ tto-rt^Jg ,nw,r"*l5 "'4 5 O^/b A o,-z- B tttWv P : lf $-P, +)n.-u =- ,+rl /3 are' A a'P = lf &-gbil P J %...
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This note was uploaded on 12/29/2011 for the course PHIL 1 taught by Professor Jillianmcdonald during the Fall '10 term at Simon Fraser.
- Fall '10