Do u mean the nickles and dimes??
The importance of knowing dependent and independent demand models to companies is that it is a way for one to be able:
- To understand inventory.
- Be able to depict the number of units of a specific product that the consumers are said to be willing to by at each price.
<h3>What is independent demand and dependent demand?</h3>
Independent demand is known to be the demand for a given finished product. It can be a machine, a car. etc.
The dependent demand is known to be the demand for a component area of a finished good, such as the wheels on a car.
Note that the Dependent demand is one that is obtained from the demand for a finished product.
Therefore, The importance of knowing dependent and independent demand models to companies is that it is a way for one to be able:
- To understand inventory.
- Be able to depict the number of units of a specific product that the consumers are said to be willing to by at each price.
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Answer:
Dividend paid = (5%× 10,000 × $10) = $5000.
Explanation:
<em>Preference shares entitles the holders to participate in a fixed dividend out of the profit made by the company. The divide is always a fixed percentage of the nominal value of the preference shares</em>
It can be cumulative and non-accumulate.
Cumulative <em>simply implies that should the company misses the payment of dividend in a particular year such unpaid dividend would be carried carried forward and paid in arrears in the following year/</em>
Non-cumulative i<em>s the exact opposite of the case . Here, unpaid dividends are not paid in arrears in fact such are forfeited for life.</em>
Dividend in Year 1
Dividend paid in Year 1 was $ 4000 but ought to be $5,000 (5%× 10,000 × $10). An arrear of $1000
Dividend in Year 2
Dividend paid = (5%× 10,000 × $10) = $5000.
Note that the unpaid dividend of $1,000 in year 1 is lost forever
Answer:
Number of coupon payments = 13.5*2= 27
Coupon = 6%*1000/2= 30
Let rate be r
Present value of all future payments = $87
875 = 30*(1-1/(1+r)^27)/r + 1000/(1+r)^27
R= 3.74%
Nominal rate = 3.74%*2 = 7.49%
