Answer:
<h2>
Bike A costs $270 and has an expected maintenance cost of $36 per year.</h2><h2 /><h3>
"Bike A is the better choice if Greg plans on owning the bike for 5 years. Bike B is the better choice if Greg plans on owning the bike for 6 years."</h3>
Step-by-step explanation:
270-36x
there are 5 years so x=5
270 + 36(5) = 270 + 180 = <u>450</u>
If it were 6 years than x = 6
270 + 36(6) = 270 + 216 = <u>486</u>
Bike B:
360 + 20x
For option b x = 5
360 + 20(5) = 360 + 100 = 460
for option b it would be 6 years than x = 6
360 + 20(6) = 360 + 120 = <u>480</u>
<h3>
Hope i helped!</h3>
Step 1. Subtract the 6y-9y which will give you -3y-4
Step 2. Add 4 to both sides, which will give you -4y = -2y +2
Step 3. Add 2y to the other side, which will
Give you -2y = 2
Step 4. Divide both sides by -2, which will give you -1
Answer:
Y= 3x-7
Step-by-step explanation:
Since the line is parallel , the slope is same i.e. 3 .
now the equation should be y= Mx + b where m is the slope and c is the y-intercept
plugging the value of m=3 and ( 3,2) into the equation
2= 3(3) + c
2= 9+ c
c= -7
hence the equation of the line is y=3x-7
Answer:
The vertex form of a quadratic equation is:
the minimum value of f(x) is 
Step-by-step explanation:
Given a quadratic equation of the form 
then the x coordinate of the vertex is
So for 
Therefore
The x coordinate of the vertex is:
The y coordinate of the vertex is:
By definition the minimum value of the quadratic function is the same as the coordinate of y of its vertex
So the minimum value is
The vertex form of a quadratic equation is:
Where
a is the main coefficient. 
h is the x coordinate of the vertex. 
k is the y coordinate of the vertex. 
So the vertex form of a quadratic equation is:
