Answer throw a to b about the equivalent :
a ) determine whether p ? (q ? r) and p ? (q ? r) are equivalent.
b) prove that the proposition “if it is not hot, then it is hot” is e quivalent to “it is hot”.
c) determine whether the following two propositions are logically equivalent:
p ? ((not)q ? r) and (not)p ? (not)(r ? q)

Me i need ! find the asymptote and determine the end behavior of the function from the graph. the asymptote of the function is= blank 1 . for very high x-values,y =blank 2 options for blank 1 x=2 x=-2 x=3 x=-3 blank 2 options moves towards negative infinity moves toward the horizontal asymptote moves toward the vertical asymptote moves toward positive infinity