39? i think.....pretty sure yeah???
Answer: first is 4 second is 5
Step-by-step explanation:
Step 1: Add -67y to both sides.
aq+qy+−67y=67y+93+−67y
aq+qy−67y=93
Step 2: Add -aq to both sides.
aq+qy−67y+−aq=93−aq
qy−67y=−aq+93
Step 3: Factor out variable y.
y(q−67)=−aq+93
Step 4: Divide both sides by q-67.
y(q−67)/q−67=. -aq+93/q−67
y=−aq+93/q−67
Answer:
y=−aq+93/q−67
Rmember that the form y = mx + b is a straight line whose y-intercept is b and slope is m.
On the graph you can see that the y-intercept is beteween 0 and 5.
The equations given as options have y-intercepts 6, 20, 18, and 3, in that order.
And the only equation of the options that meet that is the option D. y = 3x + 3.
You can also check that the slope of that equation is 3 and it is roughly the slope of an intermediate line between the dots.
Answer: option D. y = 3x + 3.
<h2>
Answer:</h2>
The value of the constant in the equation below is:
B. 60
<h2>
Step-by-step explanation:</h2>
It is given in the graph that:
i.e. we may also say that:
We observe that the graph passes through (2,30) , (5,12) , (10,6) , (30,2)
So, by using any one point we may get the value of constant( since it is a fixed quantity)
Hence, using the point (2,30)
i.e. Width=2 and Height=30 we get:
Hence, the value of constant is:
60