Answer:
C. Both Sophie and Mike
Step-by-step explanation:
Arithmetic sequences are alike to linear functions where the common difference in arithmetic sequences plays the same role as the slope of a linear function.
A geometric sequence is very much alike to an exponential function in that you can obtain an exponential function by replacing the counting integer n in the geometric sequence with a real variable x.
You are given the function of identity of cos(6x) = 2cos^2(3x)-1. <span>A sine and cosine function is one of the basic
functions encountered in Trigonometry. Sine is equal to the opposite side over
hypotenuse whereas the cosine function is equal to the adjacent side over the
hypotenuse.</span>
First one = 9x3=27
Second one 12x9=108
3rd one = 3x4=12
Idk what that last one is
9514 1404 393
Answer:
E) 0.366π
Step-by-step explanation:
There are π/180 radians in a degree.
66° = 66°(π/180°) = (66/180)π = 11/30π ≈ 0.366π radians
__
11/30 = 0.366... repeating, so would normally be rounded to 0.367
Answer:
B
Step-by-step explanation:
bc i said so