<span>angle ABC is congruent to angle CBD
so
ABC = CBD
3x = 75
x = 75/3
x=25
answer is </span><span>D. 25</span>
<u>Answer</u>
See below
Step-by-step explanation:
The given line has equation
The slope intercept form is
The slope of this line is
The line perpendicular to this line has slope
If this line passes through (5,-4), the point-slope form is
The slope-intercept form is
The standard form is
2x+5y=-10
Answer:
1. Vertical shrink by a factor of ¹/₅
2. Right 5
3. Up 5
Step-by-step explanation:
Transformations of Graphs (functions) is the process by which a function is moved or resized to produce a variation of the original (parent) function.
<u>Transformations</u>
For a > 0
Identify the transformations that take the parent function to the given function.
<u>Question 1</u>
Comparing the parent function with the given function, we can see that the <u>parent function</u> has been <u>multiplied</u> by ¹/₅.
Therefore, the transformation is:
As 0 < a < 1, the transformation visually is a compression in the y-direction, so we can also say: Vertical shrink by a factor of ¹/₅
<u>Question 2</u>
Comparing the parent function with the given function, we can see that 5 has been <u>subtracted from the x-value</u> of the parent function.
Therefore, the transformation is:
<u>Question 3</u>
Comparing the parent function with the given function, we can see that 5 has been <u>added to the parent function</u>.
Therefore, the transformation is:
Learn more about graph transformations here:
brainly.com/question/27845947
(7^x)^4 is equal to 7^(4x).
7^2 * 7^3 is equal to 7^(2+3) which is equal to 7^5.
7^5 / 7^(3x) is equal to 7^(5 - 3x).
you wind up with 7^(4x) is equal to 7^(5 - 3x)
this is true if and only if 4x = 5 - 3x.
Answer:
The Time taken for the light to reach the earth from
Proxima Centuri is seconds
Step-by-step explanation:
The distance of Proxima Centauri from earth in meters is;
distance(d)=
The speed of light in meters is;
speed (s)=
Recall formula to find time taken given distance and speed;
Time(T)=
time taken=
time taken=
Time taken(T)=seconds