The x and the y-intercepts of the function are 8 and 6, respectively
<h3>Intercepts</h3>
The intercepts of a function are the points where the graph of the function crosses the x-axis
<h3>The
function</h3>
The function is given as:
Set y to 0, to calculate the x-intercept
Divide both sides by 3
Set x to 0, to calculate the y-intercept
Divide both sides by 4
Hence, the x and the y-intercepts of the function are 8 and 6, respectively
Read more about intercepts at:
brainly.com/question/26233
We'll assume this is an arbitrary triangle ABC.
A) No, the sines of two different angles can be whatever they want
B) sin(B)=cos(90-B)
Yes, that's always true. The "co" in cosine means "complementary" as in the complementary angle, which adds to 90. So the sine of an angle is the cosine of the complementary angle.
C) No, the correct identity is sin(180-B)=sin B. Supplementary angles share the same sine.
D) Just like A, different triangle angles often have different cosines.
Answer: Choice B
Answer:
Option F
Step-by-step explanation:
Let the number be n.
Sum of a number and 5 is n + 5.
Sum of a number and five divided by fifteen is
( n + 5 ) / 15
A 3 1/3
Subtract
8x-2-5x=8
-5x
3x-2=8
+2 +2
3x=8
X=10/3
So,
You have to undistribute a common factor in all of the terms.
2a + 2b
There is a 2 in each term.
Undistribute.
2(a + b)
