The answer could be expressed as 2^8 because the product is 16!
I believe your answer is
0.5x+1.7
For a problem of this nature, we need to assume that the base of the observation tower is at the same elevation as the fire. The tangent of the angle is the ratio of tower height to horizontal distance:
tan(α) = (tower height)/(horizontal distance)
Rearranging this equation, we have
(horizontal distance) = (tower height)/tan(α)
Putting in the given values gives
(horizontal distance) = (90 ft)/tan(7°) ≈ 733 ft
Answer:
The answer is x=-2 and x=4
Step-by-step explanation:
The attachment 1 is the graph of f(x), the attachment 2 is the graph of g(x)
Mergin the two functions, you will have this
Wichh shows you that the 2 graph intersect when x=2 and x=4
It is more straight to solve the equation