We are given order pairs (x,y) as (Number of steps, Number of feet).
On the given graph, order pairs are :
(2,6)
(4,12)
(6,18)
(8,24)
(10,30).
We need to find the the number of feet Jorge walks in 3 steps.
<em>Rate of number of feet per number of step is (12-6)/(4-2) = 6/2 = 3.</em>
In order to find the number of feet Jorge walks in 3 steps, we need to multiply 3 by rate.
Therefore, 3 × 3 = 9.
<h3>Therefore, (3,9) ordered pair represents the number of feet Jorge walks in 3 steps.</h3>
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13×965= $12,545
each person pays $13 and 965 people come so you times them together to get the answer
Well, we do not see the lines clearly (if they are dotted (inequality) or solid (inequality or equal) ), but we'll come back to this.
y<x+1 can be simplified to be y<x if we ignore the constants, so the valid part is BELOW the line, since (y<)
x-4y <=4
again, ignore the constants and simplify to
x-y<0 or
y>x so the valid part is ABOVE the line (since y>)
There are two graphs that satisfy BOTH conditions, pink (slope=1) at the bottom, and blue (slope = 1/4) on top, i.e. first and third graph.
For the absolute inequality (y<x+1), the red line must be dotted.
For the <= condition, the blue line must be solid.
As we cannot see the lines clearly, you will make the choice between the first and third graphs according to the previous paragraph.
I'm going to assume that you meant the following:
(x-1)
---------------
x^2-3x+2
Factoring the denominator, we get:
(x-1)
------------
(x-1)(x-2)
Notice that we have x-1 in both the numerator and the denominator. This factor cancels. HOWEVER: x can still not equal 1, which would lead to div. by zero. With the factor x-1 cancelled, we have 1 / (x-2). As x approaches 1 from either side, y approaches 1 / (1-2), or 1 / (-1), or -1. Thus, the limit exists and is -1.
