A dealer in British pounds who thinks that the pound is about to depreciate may want to lower both his bid price and his ask price.
<u>Option: A</u>
<u>Explanation:</u>
The value of the bid corresponds to the top rate a customer pays for a safe. The value which is asked refers to the cheapest rate, which got agreed by a supplier for a service.The variance among these two costs is referred to as range; the narrower the range is, the growing the liquidity of the protection provided.
The average consumer is contending with the bid and asking dissemination as an implied exchange cost. For an instance, if security A's current price quotation is $20.40/$20.45, shareholder X, who is looking into buying A at the current market value, would charge $20.45, whereas shareholder Y, who wants to sell A at the current market value, would receive $20.40.
The type of organisation structure that is best suited for Kumal company is MATRIX STRUCTURE. This structure is normally used by companies that engage in production of products that have specified duration. Employees are often put on different teams to maximize creativity and flow of ideas. The structure is common to technological and engineering companies.
<span>We were told they produced 700 units. So far so good, but I would like to ask 40% of how many total initialnunits? Let the unit be X so we have 40% * X = 700 units and similarly 40% * X = 400units. So we have that X = 700/.4 and X = 400/.4 this gives 1750 and 1000 units respectively. Total units transferred to the finished goods is 1750 + 1000 = 2750 units. With 4800-2750 =2050 still needing to be be produced.</span>
Answer:
$936.17
Explanation:
The current market price of the bond = present value of all coupon received + present value of face value on maturity date
The discount rate in all calculation is YTM (6.12%), and its semiannual rate is 3.06%
Coupon to received semiannual = 5.3%/2*$1000= $26.5
We can either calculate PV manually or use formula PV in excel to calculate present value:
<u>Manually:</u>
PV of all coupon received semiannual = 26.5/(1+3.06)^1 + 26.5/(1+3.06)^2....+ 26.5/(1+3.06)^24 = $445.9
PV of of face value on maturity date = 1000/(1+6.12%)^12 = $490.27
<u>In excel:</u>
PV of all coupon received semiannual = PV(3.06%,24,-$26.5) = $445.9
PV of of face value on maturity date = PV(6.12%,12,-$1000) = 1000/(1+6.12%)^12 = $490.27
The current market price of the bond = $445.9 + $490.27 = $936.17
Please excel calculation attached
Answer:
Check th explanation
Explanation:
2a.
Here, we will have to apply the economic production quantity as we have to identify optimal production quantity to minimize the cost.
Annual Demand D = 60000
Working Days = 240
Daily Demand d= 60000/240 = 250
Production Rate p = 300
Set up cost S = 150
Holding cost H = 3
Economic Production Quantity Q = (2DS/(H*(1-(d/p))))^(1/2)
Q = (2*60000*150/(3*(1-(250/300))))^(1/2)
Q = 6000 units
