- It should be noted that the failure to vaccinate some children isn an external cost. [See the attached graph]
- The social cost curve is also indicated accordingly.
- From an efficiency perspective, subsidizing vaccines <em>does</em> make sense because, without the subsidy, the equilibrium quantity is <em>less</em> than the socially optimal quantity.
- The school nurse suggests publishing a list of which kids did not get a flu vaccine, in the hope that public shaming will lead people to vaccinate their children. The school nurse is hoping that social norms will act like a <em>punishment </em>and lead the market to a<em> socially efficient </em>
- The flaws that the school nurse's suggestion have are:
- People that feel passionate about not vaccinating are typically doing so for medical or religious reasons and will not sway to social norms or peer pressure. (Option B)
- The school would potentially face a lawsuit because sharing protected health information (PHI), like immunization records, without parents' consent could be a violation depending on the regulations of the state. (Option C)
<h3>What is social Cost?</h3>
In neoclassical economics, the social cost is the total of the transaction's private costs plus the costs imposed on consumers as a result of being exposed to the process for which they are not rewarded or taxed.
In other words, it is the total of internal and external expenses.
Learn more about social cost:
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Answer:
The correct answer is letter "C": Cash, marketable securities, and receivables.
Explanation:
The quick assets of a company can easily be converted into cash. Quick assets include <em>cash, account receivables, </em>and<em> marketable securities</em>, which are equity and debt securities that can be converted into cash within one year. To calculate the company's quick assets add its cash, account receivables, and marketable securities and subtract its inventory from that result.
Is this an open ended question ? Or multiple choice ?
Answer:
Coupon (R) = 6.8% x 10,000 = $680
Face value (FV) = $10,000
Number of times coupon is paid in a year (m) = 2
No of years to maturity = 8 years
Yield to maturity (Kd) = 8% = 0.08
Po = R/2(1- (1 + r/m)-nm) + FV/ (1+r/m)n
m
r/m
Po = 680/2(1-(1+0.08/2)-8x2) + 10,000/(1 + 0.08/2
)8x2
0.08/2
Po = 340(1 - (1 + 0.04)-16) + 10,000/(1 + 0.04)16
0.04
Po = 340(1-0.5339) + 10,000/1.8730
0.04
Po = 3,961.85 + 5,339.03
Po = $9,300.88
Explanation:
The current market price of a bond is a function of the present value of semi-annual coupon and present value of the face value. The present value of semi-annual coupon is obtained by multiplying the coupon by the present value of annuity factor at 8% for 8 years. The present value of face value is obtained by discounting the face value at the discount factor for 8 years. The addition of the two gives the present value of the bond. All these explanations have been captured by the formula.
