Answer:
Above the x-axis
Step-by-step explanation:
Lets assume a polygon that has coordinates at A(3,2), B(3,4),C(6,4),D(6,2).
This polygon is in the 1st quadrant
so rotate it clockwise 90° about the origin, you apply the rule that point of object (h,k) will change to (k,-h) hence
A (3,2) ⇒A'(2,-3)
B (3,4) ⇒ B'(4,-3)
C (6,4) ⇒C' (4,-6)
D (6,2) ⇒D' (2,-6)
the image is in the 4th quadrant
Reflecting the rotated figure on the x-axis we get
A''=(2,3)
B''=(4,3)
C''=(4,6)
D''=(2,6)
it is on the 1st quadrant
The translation is(-3,3)
The image will be
A'''=(-3+2,3+3) = (-1,6)
B'''=(-3+4,3+3)= (1,6)
C'''=(-3+4,6+3)= (1,9)
D'''=(-3+2,6+3)= (-1,9)
the final figure above x-axis
You have a number -204
you need three numbers that come each after another
so (X-1)+X+(X+1)=-204
3X=-204
X=-68 (middle number)
so X-1=-69 (lower number)
X+1=-67 (higher number)
Answer:
$84
Step-by-step explanation:
Since Chloe wants a policy for $100,000, she will pay $100,000/$25,000 = 4 times the amount shown in the table. The table amounts are for <em>monthly</em> premiums, so the <em>annual</em> amount will be 12 times that. In all, Chloe will pay annually an amount that is 4·12 = 48 times the amount in the table.
As a female smoker, she will pay annually for a $100,000 policy ...
48 · $5.25 = $252.00
If Chloe were a non-smoker, she would pay annually ...
48 · $3.50 = $168.00
If the insurance company considers a smoker who quits to be a non-smoker, then by quitting, Chloe could save ...
$252 -168 = $84 . . . annually
_____
<em>Alternate means to the end</em>
Of course, it is easier to multiply the difference in rates by 48:
48·($5.25 -3.50) = 48·$1.75 = $84 . . . . annual savings