we are given
where
g is number of grapes
a is number of apple slices
we can find different value of g at different values of 'a'
At a=6:
we can plug a=6
At a=8:
we can plug a=8
At a=10:
we can plug a=10
when x= -4 ,f(x)=2
Step-by-step explanation:
the coordinate in which f(x) i.e y=2 is (-4,2)
thus x= -4
We can rearrange 3x+y=9 to look more conventional by subtracting 3x from both sides and making it y= -3x+9.
Now we want to find a line that is parallel to this and goes through the point (0,-4). We know that -3 is the slope. With this in mind, if we want the other line to be parallel then it must have the same slope so that they never intersect. This gives us one of the numbers we need for the second line.
This means our second equation is looking like; y= -3x+b. This means we need to find b (the y-intercept) but we are also given a point it must go through and this is (0,-4). We simply plug this in into our new equation we need to solve and we get ; -4 = -3(0) + b . "since 0 is the x and -4 is the y" . From this we get that b= -4. This means the equation of a line parallel is:
y = -3x-4
ANSWER
EXPLANATION
The given inequality is
The slope intercept form of the given inequality is given by,
Where m is the slope and c is the y-intercept of the corresponding linear equation.
So we make y the subject of the given inequality to obtain,
We now divide through by 2 to get,
Therefore the correct answer is option B
Answer:
Step-by-step explanation:
A)
B )
C)
Now
By symmetry of the region