Which transformation or series of transformations would prove that XYZ is congruent to QRS? Select yes or no for each transforma
tion or series transformation.
Rotation 90 clockwise about origin {Yes or No}
Translation 9 unit right and 2 units down {Yes or No}
Reflection the y-axis ,followed by a translation 2 units down {Yes or No}
Reflection the x-axis followed by a reflection in the y-axis {Yes or No}
Translation 2 units down and 2 units right, followed by a reflection in the line x=1 Yes or no
Rotation 90 clockwise about origin {Yes or No}
Translation 9 unit right and 2 units down {Yes or No}
Reflection the y-axis ,followed by a translation 2 units down {Yes or No}
Reflection the x-axis followed by a reflection in the y-axis {Yes or No}
Translation 2 units down and 2 units right, followed by a reflection in the line x=1 Yes or no
1 answer:
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Answer:
They are not equal.
Step-by-step explanation:
0.83 =
LCM of 100 and 6
300
Answer:
A. f(x): , g(x): (0,0)
B. f(x): 'y= 0' as horizontal asymptote, g(x): 'x= 4' as vertical asymptote.
Step-by-step explanation:
We are given the functions, and graph of g(x).
Part A: We know that,
<em>'Y-intercepts are the points where the graph of the function crosses y-axis'.</em>
<em>That is, 'y-intercept is obtained when x= 0'.</em>
So, we have,
When x= 0, i.e.
.
Thus, the y-intercept of function f(x) is the point .
Also, from the graph of g(x), we see that, the graph crosses y-axis at the point (0,0).
Thus, the y-intercept of g(x) is (0,0).
Part B: We know that,
<em>'Asymptotes are the line or curves approaching the graphs of the functions arbitrarily close'.</em>
Now, as we have the function f(x) is a rational function and the degree of numerator is less than the degree of the denominator.
So, the function f(x) will have 'y= 0' as the horizontal asymptote.
Also, from the graph of the function g(x), we see that,
The line 'x= 4' is the vertical asymptote as it is approaching the graph closely.
So, the function g(x) have 'x= 4' as the vertical asymptote.