Consider the following polynomial< br /> r(x) = 4x^4 - 16x^3 + 11x^2 + 4x - 3 < br /> < br /> step 2 of 3: use synthetic division to identify integer bounds of the real zeros. find the least upper bound and the greatest< br /> lower bound guaranteed by the upper and lower bounds of zeros theorem.

i think c. but don't trust it.

step-by-step explanation:

you could deduce the conclusion directly using the facts pertaining to the specific situation.

hope this .

the given 6 = w/p is equivalent to 6p = w, where w is the total area of the walls and p is the area covered by a single can of paint.

knowing that 6 cans of paint will be needed, 6p = w becomes 6(6) = w = 36.   this tells us that the total area to be painted is 36 square units.