4lbs of Apples
6lbs of Bananas
You can get this by setting up a system of equations to solve for the amount needed. Let x = lbs of apples and y = bounds of bananas. You can have a total weight function of x + y = 10 and a cost function of .75x + .5y = 6. Solve by multiplying the cost function by -2 and adding through.
Answer:
As we know, a function can't have the same x coordinate but can have the same y coordinate.
I found -6 twice for the x coordinate.
If we were to graph this, a function would only have 1 point on each VERTICAL line, not 2
Therefore, it is not a function
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This is the concept of scale factors, we are required to calculate for the volume of the smaller solid if the larger solid has a volume of 1975.
Area scale factor=(linear scale factor)^2
thus;
Area scale factor=(area of larger solid)/(area of smaller solid)=1057/384
linear scale factor=√(1057/384)=5.7019
the volume scale factor=(linear scale factor)^3=[volume of larger solid]/[volume of smaller solid]
The volume scale factor=(5.7019)^3=185.3772
therefore;
volume of smaller solid=[volume of larger solid]/[volume scale factor]
=1795/185.3772
=9.683
The answer is 9.683 yd^3
Answer:
-40g+20
Step-by-step explanation:
-5(8g-4)
-40g+20
Answer:
the answer is 6.29
Step-by-step explanation:
