Answer and Explanation:
The fixed quantity inventory system, the quantity of an order or the lot size is fixed in nature i.e. the similar amount means the quantity is ordered each and every time. It could be managed by continonusly watching the level of inventory. Example - economic order quantity
On the other hand, the fixed period inventory system is a system in which the inventory is to be checked at fixed inventory. It is same as the periodic reveiw system instead of the continuous basis. Example - drugstore
Answer:
The correct answer is letter "C": decrease equilibrium price and increase equilibrium quantity
.
Explanation:
An increase in the number of sellers in a market of a certain good implies the quantity demanded for that good will increase, thus the equilibrium quantity will be higher. According to the demand law, if the quantity demanded goes up, the price is likely to decrease, so, the equilibrium price will be lower.
Thus, <em>the increase in sellers will raise the equilibrium quantity decreasing the equilibrium price.</em>
Answer:
The answer is:
10% fixed rate = Company X's external borrowing (rate);
11.8% fixed rate = Company Y's payment to X (rate);
LIBOR + 1.5% = Company X's payment to Y (rate);
LIBOR + 1.5% = Company Y's external borrowing rate.
Explanation:
First, X will borrow at 10% fixed and Y will borrow at LIBOR + 1.5% floating; both at notational principal of $10 million.
Then; they will enter into a interest swap where:
- X will pay to the swap the interest rate of Libor +1.5% and receive from the swap the fixed interest rate of 11.8%. Thus, X interest income and interest expenses will be: Borrowed at fixed 10% and payment at Libor+1.5% to the swap; Receipt of 11.8% from the Swap=> Net effect: X borrowed at LIBOR - 0.3% ( saving of 0.3%).
- Y will pay to the swap the fixed interest rate 11.8% and receive from the swap LIBOR +1.5%. Thus, Y interest income and interest expenses will be: Borrowed at LIBOR +1.5 and payment 11.8% fixed to the swap; Receipt of Libor + 1.5% from Bthe Swap=> Net effect: Y borrowed at 11.8% fixed ( saving of 0.2%).
Answer:
Explanation:
Assume the <em>cost</em> equation to be:
Where 
is the number of units (wooden baseball bats) produced.
The <em>average cost per unit of production level</em> is the total cost divided by the number of units produced:
You are given that the <em>average cost per unit of a production level of 7,700 bats is $14</em>, then:
You are also given that the <em>fixed costs</em> are <em>$22,500</em>, thus A = 22,500. Hence, you can substitute the value of A in the previous equation and find B:
Now you can complete the cost equation:
And to predict the total costs for 8,600 bats you must subsitute x with 8,600 in the previous equation:
The I believe the answer is undifferentiated marketing
