which scale drawing of the parallelogram has a scale factor of 1/3 if the original parallelogram has lengths 6 cm and 15 cm
2 answers:
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The total cost of the factory will be the sum of its variable costs and it's fixed costs. The factory has fixed costs of $53,900 and variable costs of $12.50 per unit produced. Let be the number of toy's produced by this Toby's Tiny Toys, then the total variable costs will be
. From this information we can gather that the cost function for this factory is,
On the other hand, if we let be the number of toys sold, we can gather that at the selling price of 16.50, the revenue function will be ,
Toby's Tiny Toys will reach their break even point when the total costs are equal to the total revenue. At this break even point ,we have that
The company has to sell 134 750 units to break even.
Answer:
Option C is the correct option.
In other words, the quadratic regression best fits the data set, as it gets very much close to the data values given in the data table.
The graph of the equation is also attached.
Step-by-step explanation:
x y
3 470
4 416
5 403
Analyzing Option A:
Considering the equation
From (3, 470), putting x = 3
From (4, 470), putting x = 4
From (5, 403), putting x = 5
Analyzing Option B:
From (3, 470), putting x = 3
From (4, 470), putting x = 4
From (5, 403), putting x = 5
Analyzing Option C:
Considering the equation
From (3, 470), putting x = 3
So, the approximately result is (3, 527)
From (4, 470), putting x = 4
So, the approximately result is (4, 378)
From (5, 403), putting x = 5
So, the approximately result is (5, 295)
Analyzing Option D:
Considering the equation
From (3, 470), putting x = 3
From (4, 470), putting x = 4
From (5, 403), putting x = 5
Therefore, from the above calculations and analysis, we conclude that Option C is the correct option.
In other words, the quadratic regression best fits the data set, as it gets very much close to the data values given in the data table.
The graph of the equation is also attached.
