Select the postulate or theorem that you can use to conclude that the triangles are similar.
1 answer:
Answer: SAS similarity postulate
Step-by-step explanation:
According to SAS postulate of similarity, two triangles are called similar if two sides in one triangle are in the same proportion to the corresponding sides in the other, and the included angle are congruent.
In triangles, QNR and MNP,
Also,
(Reflexive)
Thus, By SAS similarity postulate,
⇒ Option first is correct.
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ANSWER:
a. (1, 0)
b. (0, 1/6)
c. x = -2. x = 3
d. y = 0
e. The asymptotes have the form of a line and divide the function into 3 parts.
f.
g.
STEP-BY-STEP EXPLANATION:
We have the following function:
The graph corresponding to the function is the following:
We determine in each case what the statement asks for, like this:
a. the x-intercept(s):
b. the y-intercept:
c. the equation(s) of any vertical asymptote(s). The horizontal asymptotes are the values that x cannot take since the function would be discontinuous for those values.
In this case, since it is a rational function, it would be when the denominator is 0, therefore, we solve the following:
d. the equation of the horizontal asymptote. If the degree of the denominator is greater than that of the numerator, the horizontal asymptote is the x-axis, that is:
e. information about the behavior at the asymptote(s).
In this case the behavior of the asymptotes are straight lines that represent values that the function cannot take or cannot reach, divide the function into 3 parts.
f and g.
In this case, the domain is the interval of values that x can take and the range is the interval of values that y can take.
Therefore:
