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Only General All A BNo A BSome A B Only A B #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

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Presentation on theme: "Only General All A BNo A BSome A B Only A B #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)"— Presentation transcript:

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2 Only General All A BNo A BSome A B Only A B #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

3 Only General All A BNo A BSome A B Only A B All A B WRONG #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

4 Only General All A BNo A BSome A B Only A B All A B WRONG “Deceptive” ad in the early ’80s: Only Cadillacs have airbags! #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

5 Only General All A BNo A BSome A B Only A B All A B WRONG “Deceptive” ad in the early ’80s: Only Cadillacs have airbags! This was true even though hardly any Cadillacs had them. #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

6 Only General All A BNo A BSome A B Only A B All A B WRONG “Deceptive” ad in the early ’80s: Only Cadillacs have airbags! This was true even though hardly any Cadillacs had them. #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

7 Only General All A BNo A BSome A B Only A B All B A RIGHT #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

8 Only General All A BNo A BSome A B Only A B All B A Only is All with a twist. RIGHT #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

9 Only General All A BNo A BSome A B Only A B All B A Only CADILLACS have AIRBAGS. RIGHT #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

10 Only General All A BNo A BSome A B Only A B All B A Only CADILLACS have AIRBAGS. All things with AIRBAGS are CADILLACS. RIGHT #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

11 Only General All A BNo A BSome A B Only A B All B A Only CADILLACS have AIRBAGS. All things with AIRBAGS are CADILLACS. $x(Ax>Cx) RIGHT #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

12 None But General All A BNo A BSome A B None but A B #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

13 None But General All A BNo A BSome A B None but A B Only A B #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

14 None But General All A BNo A BSome A B None but A B Only A B All B A $x(Bx>Ax) #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

15 None But General All A BNo A BSome A B None but A B None but CADILLACS have AIRBAGS. #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx)

16 None But General All A BNo A BSome A B None but A B None but CADILLACS have AIRBAGS. Only CADILLACS have AIRBAGS. All things with AIRBAGS are CADILLACS. $x(Ax>Cx) #x(Ax&Bx) $x(Ax>Bx) -#x(Ax&Bx) $x(Ax>-Bx) For more click here


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