Question

Use De Morgan’s laws to determine whether the two statements are equivalent.

10.
∼(p ∨ ∼q), ∼p ∧ q

Answer 1

Shld we be using truth tables?

Answer 2

yea

Answer 3

uuggghhhhh thats annoying on here okkk its not that terrible

Answer 4

Like u may have to stretch ur imagination to see the boxes

Answer 5

p q ~q pv~q ~(pv~q)
T T F T F
F T F F T
T F T T F
F F T T F

-----------------------------------------
p q ~p ~p^q
T T F F
F T T T
T F F F
F F T F

Answer 6

Alrighty there you go
This kinda just simple stuff u shld be able to do this on ur own
What course r u taking?

Answer 7

btw we didnt use de morgan's laws we used truth tables so i kinda doubt this is what the question wanted

Answer 8

Of that graph the two statments are not equivalent then. Right

Answer 9

ummm well ulook at the answers the last row of each truth table r they the same?

Answer 10

no

Answer 11

Yes they r
the last column of both r:
F
T
F
F

Answer 12

ok.thankyou

Answer 13

What class is this?

Answer 14

geometry mat1500

Answer 15

ummmm HS or university?

Answer 16

university

Answer 17

cuzzz I am not sure we shld be using truth tables I think we were suppossed to use de morgans laws

Answer 18

what do u think?

Answer 19

the question says de morgans law

Answer 20

In the book it has truth table s well

Answer 21

~(p v ~q) using De morgans laws
becomes ~p ^ ~(~q)
= ~p ^q

Answer 22

How about u show both

Answer 23

okay that will work