The use of effective contracts with penalties could reduce the following forms of supply chain risks:
- Distribution
- Logistic delays or damages
- Supplier failure to deliver
<h3>
What are supply chain risks?</h3>
Supply chain risk management is "the implementation of strategies to manage routine and non-routine risks in the supply chain to reduce vulnerability and ensure continuity based on ongoing risk assessment".
<h3>
What are effective contracts?</h3>
Most contracts only need to contain two elements to be legally effective: the parties must agree (after one party has made an offer and the other has accepted it).
Something of value, such as money, services or goods (or a promise to exchange such goods) must be exchanged for something else of value.
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Full Question
The use of effective contracts with penalties could reduce which form of supply chain risk?
A. Distribution
B. Logistic delays or damages
C. Supplier failure to deliver
D. All of the above Question:
If the Fed mailed everyone a $1,000, the effect would be a <u>rise in prices, </u>output, and income.
<h3 /><h3>What happens when money is injected into the economy?</h3>
The Equation of exchange is:
<em>Money supply x Velocity of money = Price level x Quantity of goods and services produced </em>
If the Money supply increases like it will when $1,000 is sent by the Fed to people, the velocity will also rise as people purchase more goods and services.
The Price level and the Quantity produced on the right side of the equation would also have to rise to match the left side. So prices would rise, and so would output.
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The minimum amount of money you may have in an account for said account to be, and stay opened.
Answer:
(A) $1,055.35 (B) $2,180.53 (C) $780.07 (D) $412.08.
Explanation:
The tenor of the bond is 27 years i.e. (27 * 2=) 54 periods of 6 months each (n).
Face Value (F) = $1,000
Coupon (C) = 6% annually = 3% semi annually = (3% * 1000 face value) = $30.
The Present Value (PV) of the Bond is computed as follows.
PV of recurring coupon payments + PV of face value at maturity
= 
A) Yield = 5.6% annually = 2.8% semi annually.
= 830.25 + 225.10
= $1,055.35.
B) Yield = 1% annually = 0.5% semi annually.
= 1,416.64 + 763.89
= $2,180.53.
C) Yield = 8% annually = 4% semi annually.
= 659.79 + 120.28
= $780.07.
D) Yield = 15% annually = 7.5% semi annually.
= 391.95 + 20.13
= $412.08.
