Answer:
the Annual inventory cost is $800.
Explanation:
The computation of the total annual inventory cost is given below:
Demand, D = 4000
Order cost, S = $ 20
Holding cost, H = $ 4
So,
EOQ = sqrt(2 ×D × S ÷ H)
= sqrt(2 × 4000 × 20 ÷ 4)
= 200
Now
Annual inventory cost = Annual setup cost + Annual holding cost
= (D ÷ Q × S) + (Q ÷ 2 × H)
= (4000 ÷ 200 × 20) + (200 ÷ 2 × 4)
= 400 + 400
= $800
hence, the Annual inventory cost is $800.
Answer:
The statement that would most likely be included in a procedure is:
D. "Antivirus protection will be installed on all workstations at St. Eligius Healthcare."
Explanation:
A procedure is the formal, official, or standard and established manner of carrying out business processes. It is quite different from a process, which details the steps that a procedure may follow. A goods example of a process is the B statement, "Step 5: After the installation of the antivirus tool is complete, click the Tools menu, then Actions, then Update Definitions Now."
Answer:
D. 15 percent
Explanation:
Cost of the machine = $2,000
Having considered operating costs as power, taxes, and so forth, the additional revenue from the output of this machine is expected to be $2,300
Expected return = $2,300 - $2,000
= $300
Therefore, the rate of returns
= Returns/cost
=300/2000
= 0.15
In Percentage, 15%. The expected rate of return on this machine is 15%
Answer: 17.5%
Explanation:
The equilibrium will occur where the money demanded equals to the money supplied i.e Ms = Md
From the question, the supply of currency by the Central Bank = 40
Money Supply (Ms) = m × B
where m = Money multiplier = 2.5
Note that the money multiplier can also be equal to 1/rr in situations wherebt the consumers do not hold any currency.
rr = reserve ratio, = 0.4
B = monetary base = 40
Note that the monetary base here is 40.
Since reserve ratio = 0.4, therefore
m = 1/0.4 = 2.5
Therefore, Ms = m × B
= 2.5 × 40
= 100
Thus Money supply Ms = 100.
Money demand(Md) = Y(0.3 - i),
Y = income = 800
i = interest rate
Since (Md) = Y(0.3 - i),
Md = 800(0.3 - i)
Equate the equation for the money demand and money supply together.
Ms = Md
100 = 800(0.3 - i)
100 = 240 - 800i
800i = 240 - 100
800i = 140
i = 140/800
i= 0.175
= 17.5%
Therefore, the interest rate is 17.5%
Because the additional output is produced with an increasing input in the production signals an example of <u>diminishing returns</u> to specialization.
<h3>What is a
diminishing returns?</h3>
A diminishing returns to specialization is known to occurs if more units of resources are required to produce each additional unit.
In conclusion, the additional output which is produced with an increasing input in the production is an example of <u>diminishing returns</u> to specialization.
Read more about diminishing returns
<em>brainly.com/question/14966527</em>