You haven't provided the graph, therefore, I cannot give an exact answer.
However, I will help you with the concept.
A solution to a system of equations would be one or more order pairs that satisfy <u><em>ALL</em></u> equations given in the system.
<u>There are two ways to get the solution of a system of equations:</u>
<u>1- algebraically: </u>
This would be by solving the equations in the system simultaneously using elimination/substitution,...etc
<u>2- graphically:</u>
This would be by graphing all the equations given in the system and finding the points of intersection between the graphs.
<u>Note that:</u>
If the given system has two equations, then we need to find the point(s) of intersection between the two graphs
If the given system has three equations, then we need to find the point(s) of intersection between the three graphs
Therefore, for your question, all you have to do is find the point(s) of intersection between your graphs.
Hope this helps:)
Function is
.
<u>Step-by-step explanation:</u>
We have a function notation for the transformation that would change f(x) to have a vertical compression by a factor of
, reflection over the x axis, up 6 and right 2.
<u>Step 1:</u>
Vertical compression by a factor
, this means decreasing value of function by a factor of
. Function becomes
.
<u>Step 2:</u>
Reflection over x-axis means rotating f(x) by 180° over origin . Function now is
.
<u>Step 3:</u>
Up 6 , means value of function is increased by 6 , Function now is
.
<u>Step 4:</u>
Right 2, means shifting function to 2 units on right side i,e, on x-axis.
∴Function finally becomes,
which is
.
Answer:
Chicken nuggets
Step-by-step explanation:
sorry tryin to answer random questions for points please don't hate me
Dave jogged for 9 minuets and walked for 12 minuets