Answer:
True
Explanation:
Plz mark brainliest thxxx :) hope it helps
Answer:
The correct decision would be to process further before product is sold
Explanation:
Profit if the product is sold un-assembled
Selling price $135
cost of un-assembled product ($60)
Profit on un-assembled product $75
Profit if the product is further assembled before sale
Selling price $170
Cost of un-assembled product ($60)
Cost of assembling product ($25)
Profit if the product is assembled $85
The profit increased by $10 if the product is further assembled before it is sold.
Hence the best course of action would be to further assemble the product before it is sold
Solution :
According to the theory of demand and supply, the equilibrium price and the quantity is established where both the demand and supply curves intersect.
From the graph, we can see that the point of equilibrium is at the intersection of D and S.
At this point, mathematically, D = S. In order to determine the price and quantity which exists at this point, we need to equate the demand as well as supply functions to calculate the equilibrium values.
∵ D is equal to S, we have
Now substituting this value of the equilibrium price in to any of the functions, we get the equilibrium quantity at this price.
This is the equilibrium quantity. At this point, equilibrium price as well as the quantity is the same. Let the price of the golf club increases from $120 to $140. So substituting the value to the function above to determine the new quantity.
= 100
Therefore, when the demanded quantity decreases from 120 thousand clubs to 100 thousand clubs. This increases the price and decreases the quantity as the supply curve moved to the left. The demand remains constant.
To solve this problem, we will use a valuation method
named income valuation includes discounting of the profits the stock will
carry to the stockholder in the probable future, and a final value on disposal.
Solution:
1.57 (1.05) / (.14 - .05)
= 18.32. the answer is letter d.
<span> </span>
Answer:
the selling price per unit is $95
Explanation:
The computation of the selling price per unit is shown below:
Selling price per unit is
= Total cost ÷ break even points
where,
Total cost is
= Variable cost + fixed cost
= $60,000 + $35,000
= $95,000
And, the break even point is 1,000 units
So, the selling price per unit is
= $95,000 ÷ 1,000 units
= $95
Therefore, the selling price per unit is $95
