Simplify the following
`(p+q) (p+2)`

Simplify the following (5p-3) (5p-3)

Simplify the following - 7m^(2)n^(3)p div 5/2 mn^(2)p

Sum the following infinite series (p-q) (p+q) + (1)/(2!) (p-q)(p+q) (p^(2) + q^(2))+(1)/(3!) (p-q) (p+q) (p^(4)+q^(4)+p^(2) q^(2)) + ...oo

Classify the following polynomials as monomials, binomials, trinomials. Which polynomials do not fit in any category? p q r (ii) p^2q+p q^2 (iii) 2p+2q

Which of the following is false? a. (p=>q)hArr(~ q=>~ p) is a contradiction b. pvv(~ p) is a tautology c. ~(~ p)hArr(~ q=>~ p) is a tautology d. p^^(~ p) is a contradiction

The following statement (p to q) to [(~p to q) to q] is

if p and q satisfy 2y^(2)+y21 and p gtq , which of the following is the value of p-q?

Write down the truth tables for the following statements : ( p ^^ q) Rightarrow ~p " " (ii) ( p ^^ q) Rightarrow ( p vee q)

Which one of the following is not a contradiction? [~ p^^(pvv~ q)]^^q b. (~ p^^q)^^p c. [(p (vec)q)(vec) p]^^~ p d. (~ q (vec) ~ p)harr(p (vec) q)

Construst truth tables for the following statements : ~(p ^^-q) " "(ii) ~[(~p) vee(~q)] " "(iii) (p ^^q) ^^ (~p)