<span>The private benefit from consuming (buying, watering, caring for) the flowers will be different from the social benefit that comes from consuming the flowers. In this case, it could be the enjoyment experienced by people who come over to the person's house who purchased the plants: they are a third-party who were not directly involved in the plant-purchasing transaction.</span>
Answer:
they can receive more work for less pay from the servants as opposed to the wage workers
Explanation:
Based on the information provided within the question it can be said that they preferred servants' labor more because they can receive more work for less pay from the servants as opposed to the wage workers. At that time roughly four months of workers' wages would pay for about five or six years of servant labor, thus leading to a massive increase in savings for the employer.
Answer:
11 years
Explanation:
The Macauly duration of a bond is generally calculated for coupon bearing bonds sold either at par or at premium or discount values. When we are asked about the Macauly duration of a zero coupon bond, the answer is simply the time to maturity of the bond, or the bond duration. In this case, the time to maturity is 11 years which equals the Macauly duration.
Answer:
(B) Leave his portfolio the way it is now
Explanation:
Bond value and market interest rates are inversely related. When the market interest rates are expected to decline and an investor already holds a bond with fixed rate of interest, the value of such bonds shall rise.
Market interest rates refer to the rate of interest other firms are offering on similarly priced bonds. Thus market interest rate also implies investor expectations i.e YTM (yield to maturity) which is used as a discounting factor to ascertain the price of a bond.
Lesser the discounting rate (yield to maturity), higher shall be the value of a bond.
Thus, it is recommended for Mr Smith to (B) leave his portfolio the way it is now.
Answer and Explanation:
The computation is shown below
Depletion expense per cubic feet would be
= Total cost ÷ Total cubic feet
= $15.3 million ÷ 8 million
= $1.9125 per cubic feet
Now
Depletion for year 1
= Number of cubic feet extracted × Depletion per cubic feet
= 800,000 × $1.9125
= $1,530,000
And, for the depletion for year 2
= 1,600,000 × $1.9125
= $3,060,000