please do the following problems
1500 graphs are below, estimate the answers of the questions below R(0) ap Domain(R) ap
Rang(R) ap SubdomainWhereNegative(R) ap h(2) ap Domain(h) ap Rang(h) ap
SubdomainWhereNegative(h) ap Recall the metafunctions BehaviorToTheLeft(\"algebraic
function\") and BehaviorToTheLeft(\"algebraic function\") that were introduced in Lesson 12
(see page 68). Now, let f(x) = x2/(x - 2), g(x) = 4(3 - 2x+1), and h(x) = l2/(x2 - 4) Draw four
lines to connect the dots that match the statements on the left with the correct end-behaviour on
the right BehaviorToTheRight(f) BehaviorToTheLeft( g) BehaviorToTheRight( g)
BehaviorToTheRight( h) levels off towards y = 12 levels off towards y = 0 falls towards -
infinity rises towards infinity Find the center and radius of the circle whose equation is given
below. x2 + 8x + y2 + 3y - 5 = 0
Solution
there is no question
Just 1500 is written
if it is 1500/1 then answer is 1500.
please do the following problems1500 graphs are below, estimate .pdf
1. please do the following problems
1500 graphs are below, estimate the answers of the questions below R(0) ap Domain(R) ap
Rang(R) ap SubdomainWhereNegative(R) ap h(2) ap Domain(h) ap Rang(h) ap
SubdomainWhereNegative(h) ap Recall the metafunctions BehaviorToTheLeft("algebraic
function") and BehaviorToTheLeft("algebraic function") that were introduced in Lesson 12
(see page 68). Now, let f(x) = x2/(x - 2), g(x) = 4(3 - 2x+1), and h(x) = l2/(x2 - 4) Draw four
lines to connect the dots that match the statements on the left with the correct end-behaviour on
the right BehaviorToTheRight(f) BehaviorToTheLeft( g) BehaviorToTheRight( g)
BehaviorToTheRight( h) levels off towards y = 12 levels off towards y = 0 falls towards -
infinity rises towards infinity Find the center and radius of the circle whose equation is given
below. x2 + 8x + y2 + 3y - 5 = 0
Solution
there is no question
Just 1500 is written
if it is 1500/1 then answer is 1500
