Help me with question 1 please
1 answer:
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Answer:
Step-by-step explanation:
By definition, the average rate of change of a function f over an interval [a,b] is given by
compute the quantity
for all the three function
Average rate of change of f:
We will simply use the table to check the values for f(3) and f(0):
Average rate of change of g:
We will use the graph to to check the values for g(3) and g(0):
Average rate of change of h:
We can plug the values in the equation to get h(3) and h(0):
And so the average rate of change is
Let's find the total number of seconds these adds take up:
Now let's convert this to minutes.
There are a total of 12 minutes worth of ads.
Since the value of the discriminant (-19) < 0, no real solution(s)/root(s) exist for the equation. Thus, we can choose the first option:
"Zero, because the discriminant is negative".
A quadratic equation is a polynomial of degree 2, in a single variable x.
The standard form of a quadratic equation is ax² + bx + c = 0.
The quadratic formula is used to find the solution(s)/root(s) of this equation.
The quadratic formula is:
In this formula, is called the discriminant (D).
The solution(s)/root(s) of the equation, depends on this discriminant value as follows:
- When D > 0, the roots of the equation are real and distinct.
- When D = 0, the roots of the equation are real and equal.
- When D < 0, then no real roots exist.
In the question, we are given that the simplest form of Quincy's equation in the radical form was,
.
Comparing this to the quadratic formula,
we get the discriminant (D) = -19.
Since the value of the discriminant (-19) < 0, no real solution(s)/root(s) exist for the equation. Thus, we can choose the <u>first option</u>:
"Zero, because the discriminant is negative".
Learn more about discriminant at
#SPJ1
For complete question, refer to the attachment.
