Answer:
3
Step-by-step explanation:
To identify the y-intercept represented by the given equation, we need to get the equation into slope-intercept from:
Start with:
Subtract from both sides of the equation:
Divide both sides of the equation by the coefficient of , which is :
Identify the y-intercept:
Answer:
The correct answer is B.
Step-by-step explanation:
Numerical Answers Expected!
a=0.
(4xy^3+8x^2y^5)/(2xy^2) (4xy^3+8x^2y^5)/(2xy^2) Since 2xy^2 is a common factor we have
Go to do 2y+4xy^3
Then do 2y=2x^ay^b
Then Do x^0=x^a
Then, you'll get the answer of a=0.
Answer:
We know that triangle ABD and triangle CBD are congruent because of SAS.
Step-by-step explanation:
AB is congruent to BC because of the definition of an isosceles triangle
BD=BD because of the reflexive property
m<ABD=m<CBD because BM is the median of an isosceles triangle
Thus, triangle ABD is congruent to triangle CBD because of SAS
Answer:
4.332 times 10^3
Step-by-step explanation:
ion kno if thats right but i tried.
Answer:
4.332 x 10 to the 3 power I do believe
Step-by-step explanation:
An isosceles triangle is that the triangle must have two sides of equal length.
Triangle QNP is isosceles triangle because, QN = PN
In triangle QMN,
Since, QM = QN
So, ∠QMN = ∠QNM
By property of triangle:
∠MQN + ∠QNM + ∠QMN = 180
48 + 2 ∠QNM = 180
∠QNM = = 66 degree
So, ∠QMN = ∠QNM = 66 degree
from figure,
∠QNM + ∠QNP = 180
∠QNP = 180 - 66 = 114 degree.
In triangle QNP,
∠QNP + ∠PQN + ∠QPN = 180
∠QPN = 180 - 33 - 114 = 33 degree
Since, ∠QNP = ∠QPN = 33 degree
Therefore, triangle QNP is isosceles triangle.
Learn more:
Answer/Step-by-step explanation:
Let's find the measure of the angles of ∆QNP.
∆QMN is am isosceles ∆, because it has two equal sides. Therefore, its base angles would be the same. Thus:
m<MNQ = ½(180 - 48) (one of the base angles of ∆QMN)
m<MNQ = ½(132) = 66°
Next, find m<QNP
m<QNP = 180° - m<MNQ (linear pair angles)
m<QNP = 180° - 66° (Substitution)
m<QNP = 114°
Next, find m<P
m<P = 180 - (m<QNP + m<PQN) (sum of ∆)
m<P = 180 - (114 + 33)
m<P = 180 - 147
m<P = 33°
Thus, in ∆QNP, there are two equal angles, namely, <P and <PQN.
An isosceles ∆ had two equal base angles. Therefore, ∆QNP must be an isosceles ∆.
Answer:
f(x) approches -∞
we can see clearly in the graph that the function is decreasing toward infinity
f(x) approches 1
we can that y=1 represents an asymptote
f(x) is growing toward 1 without reaching it