7/8 of a cup. If you add 1+1 and then take away 1, you still have 1.
Whenever you face the problem that deals with maxima or minima you should keep in mind that minima/maxima of a function is always a point where it's derivative is equal to zero.
To solve your problem we first need to find an equation of net benefits. Net benefits are expressed as a difference between total benefits and total cost. We can denote this function with B(y).
B(y)=b-c
B(y)=100y-18y²
Now that we have a net benefits function we need find it's derivate with respect to y.

Now we must find at which point this function is equal to zero.
0=100-36y
36y=100
y=2.8
Now that we know at which point our function reaches maxima we just plug that number back into our equation for net benefits and we get our answer.
B(2.8)=100(2.8)-18(2.8)²=138.88≈139.
One thing that always helps is to have your function graphed. It will give you a good insight into how your function behaves and allow you to identify minima/maxima points.
A triangle equals 180 so do the base divided by 180 and then the number you get you would split that number in half and then it should be the same number for both sides
A. 1.07 B.4
A. Is just dividing normally the smaller number by the bigger one. Think of a K/D ratio
B. The number on the left is the wins just like in most games
I hope I helped
Answer:
9
Step-by-step explanation:
3*6 would be 18 for a rectangle.
the triangle is basically a rectangle cut in half diagonally, so it's (3*6)/2