Answer:
Expected number of orders=31.6 orders per year
Explanation:
<em>The expected number of orders would be the Annual demand divided by the economic order quantity(EOQ).</em>
<em>The Economic Order Quantity (EOQ) is the order quantity that minimizes the balance of holding cost and ordering cost. At the EOQ, the holding cost is exactly the same as the ordering cost.</em>
It is calculated as follows:
EOQ = (2× Co D)/Ch)^(1/2)
Co- ordering cost Ch - holding cost, D- annual demand
EOQ = (2× 10 × 100000/2)^(1/2)= 3162.27 units
Number of orders = Annual Demand/EOQ
= 100,000/3,162.27= 31.62 orders
Expected number of orders=31.6 orders per year
In the year 2000, the US census showed that 9.1% of those over 75 had not married so the percentage is relatively low and from 75-84 yrs old, about 50% were still married, 40% were widowed and 5.4 % were divorced.
Answer: Option (C)
Explanation:
The known key difference in between the leading and lagging strand can be described as that leading strand is referred to as DNA strand, that tends to grows continuously during the process of DNA replication on the other hand lagging strand is known as DNA strand, which tends to grow discontinuously by formulating the segments referred to as the Okazaki fragments.
Answer:
19.50%
Explanation:
In this question, we apply the Capital Asset Pricing Model (CAPM) formula which is shown below
Expected rate of return = Risk-free rate of return + Beta × (Market rate of return - Risk-free rate of return)
For Stock R
= 3% + 2.5 × (13% - 3%)
= 3% + 2.5 × 10%
= 3% + 25%
= 28.00%
For Stock S
= 3% + 0.55 × (13% - 3%)
= 3% + 0.55 × 10%
= 3% + 5.5%
= 8.50%
The difference would be
= 28% - 8.5%
= 19.50%
