Answer:
1. 2,3; -2, 3
2. Both points share common values, but their absolute values for the x-value vary.
3. 2,3; 2, -3
4. Both points share common values, but their absolute values for the y-value vary.
Step-by-step explanation:
For 1, the answer is thus:
-On the graph, the original point is 2, 3.
-A reflection over the y-axis changes the x-value, so it would be -2,3.
Similar for the next chart:
-The initial point is 2,3.
-A reflection over the x-axis changes the y-value, so the reflected point would be 2, -3.
The explanation is:
Both points have similar values except with differences in the absolute value.
Hope this helps you.
Answer:
The equation of line M in slope intercept form is 
The equation of line M in standard form is 
Step-by-step explanation:
step 1
Find the slope of line M
The formula to calculate the slope between two points is equal to
we have the points
(2,4) and (0,1)
substitute
step 2
Find the equation of the line M in point slope form
we have
substitute
----> equation in point slope form
step 3
Find the equation of line M in slope intercept form
Isolate the variable y in the equation of the line in point slope form
Adds 1 both sides
step 4
Find the equation of the line M in standard form
where
A is a positive integer
B and C are integers
we have
Multiply by 2 both sides
---> equation in standard form
Answer:
good luck...
Step-by-step explanation:
Answer:
Step-by-step explanation:
That '5' in f(5x) will compress the graph of x^2 horizontally.
If you were to graph f(x) = x^2, you'd get a parabolic graph; the parabola will open UP.
Suppose you graphed f(x) = x^2 on the interval [-4, 4].
Then the graph of g(x) = f(5x) would be graphed on the interval [-4/5, 4/5]. In other words, the graph would be on a shorter interval, one shorter by a factor of 5.
