Answer:
2+32
34
Step-by-step explanation:
First we should multiply before adding after multiplying 8×4 is 32 and add 32+2 then it is 34
The relationship between the cosine and sine graphs is that the cosine is the same as the sine — only it’s shifted to the left by 90 degrees, or π/2. The trigonometry equation that represents this relationship is: cosx= sin (x+π/2)
The graphs of the sine and cosine functions illustrate a property that exists for several pairings of the different trig functions. The property represented here is based on the right triangle and the two acute or complementary angles in a right triangle. The identities that arise from the triangle are called the cofunctionidentities.
Answer:
195 degrees
Step-by-step explanation:
Once again, since the total degree measure of a circle is 360 degrees, if one arc of the circumference is 165 degrees then the rest of the circle is 360-165=195 degrees. Hope this helps!
Answer:
76
Step-by-step explanation:
6+13=19
19/2=9.5
9.5x8=76
Step-by-step explanation:
recall for any function f(x)
Vertical translations by "a" units are given simply by
f(x) + a,
where positive values of a translates the graph in the positive y direction (i.e up) and negative values of a translates the graph in the negative y direction (i.e down)
Horizontal translations by "b" units are given by
f(x-b),
where negative values of a translates the graph in the negative x direction (i.e left) and postive values of a translates the graph in the postive x direction (i.e right)
if we combine the two above, we get the expression
g(x) = f(x-b) + a
In our case, we see that to get from the blue graph to the red graph, we need to translate 3 units in the positive x-direction (i.e b = 3) and 4 units in the negative y-direction (i.e a = -4)
Substituting b = 3, a = -4 and that f(x) = |x|,
we get
g(x) = |x-(3)| - 4
g(x) = |(x-3)| - 4
