Answer:
Answers could be 5/3 1.6 or 1 2/3
Step-by-step explanation:
That's all I can say I'm sorry
Answer:
x = -1.04, x= 1.03 and x=3.
Step-by-step explanation:
To find the zeros of the function, we need to factorize the function x^62+4x-12.
Using Wolfram alpha, we find that the function only has TWO real roots:
x = -1.04 and x= 1.03.
Therefore, the roots of g(x) are:
x = -1.04, x= 1.03 and x=3.
if x = x0 is a root of g(x), then g(x0) = 0. So, let's prove that those are the roots:
g(-1.04) = ((-1.04)^62+4(-1.04)-12)((-1.04)-3) = 0
g(-1.03) = ((-1.03)^62+4(-1.03)-12)((-1.03)-3) = 0
g(3) = ((3)^62+4(3)-12)((3)-3) = 0
Answer:
The third choice down
Step-by-step explanation:
|-2x| = 4
There are two solutions, one positive and one negative
-2x = 4 and -2x = -4
Divide by -2
-2x/-2 = 4/-2 -2x/-2 = -4/-2
x = -2 and x = 2
It is D. 35 units I hope this helped ^^
To get the area, all you have to do is multiply the sides. 7*5=35
Answer:
See below
Step-by-step explanation:
Its an equation of decay because continuous multiplication by 0.98 decreases the value of the function as x increases. Its gradual slow decay because 0.98 is just below 1. The graph will pass through the point (0,230) ( when x = 0) and is continuous over the range of all real numbers. The graph is not a straight line but slightly curved.