1. (a) State whether each of the following is the converse, inverse or contrapositive of the proposition (i) (ii) (iii) (b) (i) Copy and complete the table below to show the truth values of x y and -y -x. х У ~y (ii) Hence, giving a reason for your answer, state whether x y and --y =-x are logically equivalent. (c) Let p represent the proposition 'You have your cake', which may be considered equivalent to 'You do not eat your cake' in this question. (i) Express the proposition 'You have your cake and cat it' in symbolic form. Hence, with the aid of truth tables, explain why the proposition You have your cake and eat it' is a contradiction. (ii)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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1.
(a)
State whether each of the following is the converse, inverse or contrapositive of the proposition
(i)
(ii)
(iii)
(b)
(i)
Copy and complete the table below to show the truth values of x y and
-y -x.
х
У
~y
(ii)
Hence, giving a reason for your answer, state whether x y and --y =-x are
logically equivalent.
(c)
Let p represent the proposition 'You have your cake', which may be considered equivalent
to 'You do not eat your cake' in this question.
(i)
Express the proposition 'You have your cake and cat it' in symbolic form.
Hence, with the aid of truth tables, explain why the proposition You have your
cake and eat it' is a contradiction.
(ii)
Transcribed Image Text:1. (a) State whether each of the following is the converse, inverse or contrapositive of the proposition (i) (ii) (iii) (b) (i) Copy and complete the table below to show the truth values of x y and -y -x. х У ~y (ii) Hence, giving a reason for your answer, state whether x y and --y =-x are logically equivalent. (c) Let p represent the proposition 'You have your cake', which may be considered equivalent to 'You do not eat your cake' in this question. (i) Express the proposition 'You have your cake and cat it' in symbolic form. Hence, with the aid of truth tables, explain why the proposition You have your cake and eat it' is a contradiction. (ii)
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