Answer:
Optimal production quantity for the Tiptop model pen is 7.5 lot
Explanation:
Say, X and Y is the is the fliptop and tiptop quantity respectively, then
Profit = 1000*(X + Y)
Objective function: Maximize 1000*(X+Y) subject to;
Eq:1 3X+4Y=< 36
Eq:2 5X+4Y=< 40
Eq:3 5X+2Y=< 30
Using Excel Solver, we get:
Optimal production quantity for the Tiptop model pen is 7.5 lot
Trading centers in other countries helped the mother country in all of the following ways except for...
Answer: Out of all the options that are shown above the one that is not a way that trading centers helped the mother country is answer choice A) becoming more self-sufficient.
I hope it helps, Regards.
Answer
Current Price of Bond M = $25,202
Current Price of Bond N = $7,102
The answer and procedures of the exercise are attached in the following archives.
Step-by-step explanation:
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Answer:
D) hesitant; because it may cause a slowdown in the economy
Explanation:
The FED usually increases interest rates to halt rapidly increasing inflation, and it could be useful to calm down potential asset bubbles. The problem with raising interest rates is that it immediately cools down the economy and slow down economic growth. It might even stop economic growth and cause a recession.
Since higher interest rates increase the cost of borrowing for everyone in the economy (individuals, businesses), consumption decreases and investment increases. The problem with this is that private consumption represents nearly 70% of the GDP and the money multiplier is responsible for a lot of this.
Answer:
a. $142,500
b. $86,250
Explanation:
a. The computation of the total direct manufacturing cost is shown below:
= (Direct material per unit + direct labor per unit) × number of units manufactured
= ($7.20 + $4.20) × 12,500 units
= $142,500
b. The computation of the total indirect manufacturing cost is shown below:
= (Variable manufacturing overhead per unit + Fixed manufacturing overhead per unit) × number of units manufactured
= ($1.70 + $5.20) × 12,500 units
= $86,250
