Answer:
The vertex of a quadratic equation corresponds to the point where the maximum or minimum value is located.
If the function has a positive leading coefficient, the vertex corresponds to the minimum value.
If it has a negative leading coefficient, the vertex corresponds to the maximum valuevalue
If the vertex is located at
(–2, 0)
The possibilities are
y = (x-2)^2
or,
y = - (x-2)^2
Since the problem tells us the answer, we adopt the positive values
Answer:
y = (x-2)^2
See attached picture
Answer:
(2x8 - 3y2) • (4x16 + 6x8y2 + 9y4)
Step-by-step explanation:
Answer:
Step-by-step explanation:
we are given the polynomial as
here we can see that the GCF of 
, 
and 
is
Hence we take it outside the bracket
The polynomial within the bracket 
can not be factorized further , hence this would be our final answer.
%change=100(final-initial)/initial
You can plug in your values...if you meant initial=12 and final=36...
%change=100(36-12)/12=200%
Since it is positive, that is a 200% increase.
Answer: Because 
, therefore 
.
