Answer:
I have to see them
Step-by-step explanation:
show them to me
−27
16
is the answer ...
−9
4
(3)
4
=
−27
4
4
=
−27
16
Answer:
Number of Fares to airport is 25 and number of fares from airport is 25.
Step-by-step explanation:
Given:
Total Number of fares =50
Let number of fares to airport be x.
Let number of fares from airport be y.
hence the equation can be framed as;
Also Given
Total Money Collected = $375
Cost to airport = $10
Cost from Airport = $5
Total Money Collect is equal to Cost to airport multiplied by number of Fares to airport plus Cost from airport multiplied by number of Fare from airport.
Dividing by 5 on both side we get;
Now Subtracting equation 1 from 2 we get;
Substituting the value of x in equation 1 we get;
Hence Number of Fares to airport is 25 and number of fares from airport is 25.
Answer: False.
Step-by-step explanation:
When an individual bought a term policy, all of his premiums go towards securing the death benefits for the beneficiaries.
So, it does not have any cash value .
It is unlike permanent life insurance.
It only secure death benefits to beneficiary.
It is not meant for investment.
So, it does not have any investment components.
Hence, it is a false statement.
Answer:
3) (2,-9)
4) (0,-5)
5) (1,-8)
Step-by-step explanation:
3)
The vertex will occur between you x-intercepts.
You already found that happens at x=2.
To find the corresponding y-coordinate, replace x in
f(x)=(x+1)(x-5) with 2:
f(2)=(2+1)(2-5)
f(2)=(3)(-3)
f(2)=-9
So the vertex is (2,-9).
4)
The y-intercept is when x=0.
So in f(x)=(x+1)(x-5) replace x with 0:
f(0)=(0+1)(0-5)
f(0)=(1)(-5)
f(0)=-5
So the y-intercept is (0,-5).
5)
To find another point just plug in anything besides any x already used.
We preferably want to use a value of x that will keep us on their grid however far up,down,left, or right their grid goes out. So I'm going to choose something close to the vertex which is at x=2. Let's go with x=1.
So replace x in f(x)=(x+1)(x-5) with x=1:
f(1)=(1+1)(1-5)
f(1)=(2)(-4)
f(1)=-8
So another point to graph is (1,-8).