Answer:
64.9 billions
Step-by-step explanation:
Change the points to match the definition given for the representation of the years, the first point (1994,51.7) becomes (0,51.7) and the second (1998,60.5) now is (4,60.5).
Find the slope m of the linear function using the two points and the formula:
Use the point-slope form of the linear equation to find the slope-intercept form:
point-slope form
slope-intercept form
2000 is represented by x=6, using the slope-intercept form solve for y (egg production in billions):
billions
-10d^2 + 11d - 2
To find this, distribute the - to 7d^2 - d - 6.
This will give you a new equation of:
-3d^2 + 10d - 8 -7d^2 + d + 6
Combine like terms to get the answer above.
Hope this helps!
Answer:
The answer is the first one
Step-by-step explanation:
This is a difference of squares, meaning the first term is a perfect square, and the second term would be a perfect square if it were not negative. To factor it, find the square root of both the first an second term, the square root of 9x^4 is 3x^2 and the square root of 64 is 8. Put both of those numbers into 2 separate sets of parenthesis and one set will have + in between and the other will have -. It will look like the first option
Answer:
(42.26/100)*120 = $50.712
Step-by-step explanation:
