Regardless of the sign of the common ratio, then, you will have
The actual term would be closer to
What statement is true? 1) The y-intercept of function a is greater than the y-intercept of function B. 2) The y-intercept of fu
nction a is less than the y-intercept of function b
2 answers:
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Regardless of the sign of the common ratio, then, you will have
The actual term would be closer to
Answer:
Rule:
Step-by-step explanation:
<em>I will answer generally, since the coordinates of f, g and h are not given</em>
Given
Point: x, y
Translation Rule
1 : x + 3, y - 1
2: 90 degree counterclockwise
Required
Determine the new coordinates
<u>At the first translation of (x,y) by x + 3, y - 1</u>
The new point is:
<u>At the second translation (90 degrees counterclockwise)</u>
When a point (x,y) is translated using this rule, it becomes (-y,x)
So, the new point is:
If the initial point of h is (2,3),
The new point is: