A triangle drawn on a map has sides that measure 15 cm, 8 cm, and 10 cm. The shortest of the corresponding real-life distances i
1 answer:
The shortest side on the map is 8 cm. This IN real-life distances is 99 km. To find the ratio, we need to change 99 km to cm.
This is a ratio of
Now that we have the ratio, we can find the longest side of the triangle.
The longest side of the triangle is 15 cm.
In km, this is
The longest side of the real-life triangle is 185.625 km, or 185 5/8 km
This is a ratio of
Now that we have the ratio, we can find the longest side of the triangle.
The longest side of the triangle is 15 cm.
In km, this is
The longest side of the real-life triangle is 185.625 km, or 185 5/8 km
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Answer:
<em>If more than 134 articles are produced and sold, the firm will have positive profits and shoule start production</em>
Step-by-step explanation:
Cost, Revenue, and Profit Function
The cost function C(x) is given by
where x is the number of produced products.
The revenue function is
With both equations, we can know the profit function as
For the firm to have positive profits, it has to produce x articles with the condition
Or, equivalently
Solving for x
Thus
This means that if more than 134 articles are produced and sold, the firm will have positive profits and shoule start production