The market demand curve would be 1000 - 0.125Q.
<h3>How to calculate the demand curve?</h3>
It should be noted that the market demand curve will be the sum of the individual demand curve.
The market demand curve will be calculated thus. Mary’s demand curve is 5P = 5000 – 1.25QM. Here, p = 1000 - 0.25QM
Jack’s demand curve for donuts is given by P = 1000 – 0.5QJ. Helen’s demand curve is given by QH = 2000 – 2P. This will be P = 1000 - 0.5QH.
The slope will be:
= 0.5 × 0.25
= 0.15
The demand function of Jack and Helen are the same. The demand curve will be 1000 - 0.125Q.
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Answer:
14.58%
Explanation:
WACC = weight of equity x cost of equity + weight of debt x cost of debt x (1 - tax rate) + weight of preferred equity x dividend yield
According to the capital asset price model: Expected rate of return = risk free + beta x (market rate of return - risk free rate of return)
r= 3% + 1.1 x 8 = 11.8
equity = 0.4 x 11.8% = 4.72
d = 0.4 x 5 x (1 -0.21) = 1.58
p = 0.2 x 6 = 1.2
11.8 + 1.58 + 1.2 =
Answer:
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MISSING INFORMATION ATTACHED
Explanation:
The sales forecasted plus the desired ending inventory is the complete needs the sales department expect to be fullfill
Then, as the company has a beginning invneotry each period a portion of this needs is already fullfil thus, the difference are the production requirements.
When the YTM is lower than the bond's coupon rate, the bond's market value exceeds its par value (premium bond). Bonds are selling at a discount if their coupon rate is smaller than their YTM. A bond is trading at par if its coupon rate is equal to its yield to maturity (YTM).
<h3>What is the cost of a $1,000 par value, three year, zero-coupon bond?</h3>
(a) A three-year zero-coupon bond with a face value of $1,000 would have a present value (or price) of 874.69 with a yield of 4.564 percent.
<h3>What is the yield to maturity on a discount bond with a $1000 face value that will mature in a year and sell for $800?</h3>
The yield to maturity is determined using the following formula with the current price of $800: 800 = 1000 / (yield to maturity plus one) Yield to maturity Equals 1 plus yield. Yield until maturity equals 25%
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Answer:
Option B (Wheel) is the right answer.
Explanation:
- That was the most suited wheel-based networking architecture. So every team works reasonably amongst the many departments together, communicated as well as worked together as a centralized control through hubs.
- Instead, every crew here works alone and is interconnected to the hub so that it wouldn't immediately impact the activities of some other groups.
The other four alternatives aren't connected to the given scenario. So the above is the right option.
