Answer: The answers are
(i) The local maximum and local minimum always occur at a turning point.
(iii) The ends of an even-degree polynomial either both approach positive infinity or both approach negative infinity.
Step-by-step explanation: We are given three statements and we are to check which of these are true about the graphs of polynomial functions.
In the attached figure (A), the graph of the polynomial function
is drawn. We can see that the local maximum occurs at the turning point P and local minimum occurs at the turning point Q. Also, the local maximum is not equal to the x-value of the coordinate at that point
Thus, the first statement is true. and second statement is false.
Again, in the attached figure (B), the graph of the even degree polynomial
is drawn. We can see that both the ends approaches to positive infinity and in case of
, both the ends approch to negative infinity.
Thus, the third statement is true.
Hence, the correct statements are first and third.
Answer:
b. postulate: if a plane contains a line, it contains the point of the line
we are given
point (-8,-7) for f(x)
and we have to find point for f(x-4)
we know that
whenever we have f(x-a) , we always add 'a' to x-value
so, we will add 4 units to x-value
Here , we have
x-value is -8
so,
new x-value is -8+4=-4
so, we will get
point for f(x-4) will be (-4,-7).......Answer
Answer:
21 cm
Step-by-step explanation:
Volume of cone is given by 
volume of cylinder is given by 
where r is the radius of base and h is the height
_________________________________
For cone
radius = 42cm
height = 84
volume =
(1)
________________________________
For cone
radius = to find let it be r
height =112
volume =
(2)
_______________________________________
since , volume of both solid are same
thus, equation 1 = equation 2
Thus, radius of cylinder is 21 cm
5 is the coefficient of 5b.