The truth is 100% Rule doesn’t
imply that the optimal solution will automatically change if the percentage exceeds
100%. The 100% Rule compares, proposed
changes to allowed changes. The value of the objective function will change,
but the values of the decision variables and the dual prices will stay the
same.
<span> </span>
<span>He is using the foot in the door technique. This is when you ask for small things and ingratiate yourself to a person in order to make way for larger things that the person would not ordinarily do. You ask for something small, and then that makes them more likely to give you something larger when you ask.</span>
Complete Question:
What are the benefits of a long-term bond over a short-term bond?
Answer:
c. While long-term bonds have more risks associated with them, they have the potential to bring in higher returns for the initial investment.
Explanation:
A bond can be defined as a debt or fixed investment security, in which a bondholder (investor or creditor) loans an amount of money to the bond issuer (government or corporations) for a specific period of time. The bond issuer are expected to return the principal (face value) at maturity with an agreed upon interest (coupon), which are paid at fixed intervals.
Bonds are generally debts, which may be floated in different ways with respect to the issuer of the bond and its type. Bonds are used by government and corporate institutions to borrow money with interest and they also have to pay for the face value of the bonds at maturity.
Bonds are classified into two (2) main categories and these are;
I. Long-term bonds: they usually spread over a long period of time and as such locking the money of an investor down while availing them a higher interest rate. Also, they are considered to be more riskier than shorter bonds.
II. Short-term bonds: this type of bond mature quickly and as such paying the investor's principal on time. It covers a period of one to five years maximum in duration.
Hence, the benefits of a long-term bond over a short-term bond is that, while long-term bonds have more risks associated with them, they have the potential to bring in higher returns for the initial investment.
Answer:
8.09%
Explanation:
Year Inflation rate 1 + Inflation rate
1 0.03 1.03
2 0.04 1.04
3 x 1+x
Average rate 0.05 0.05
1 + Average rate = [(1+r1)*(1+r2)*(1+r3)]^(1/3)
1.05 = [1.03*1.04*(1*x)]^(1/3)
[1.0712*(1+x)] = (1.05)^3
[1.0712*(1+x)] = 1.157625
1 + x = 1.157625 / 1.0712
1 + x = 1.080681
x = 1.080681 - 1
x = 0.080681
x = 8.09%
Thus, the periodic Inflation rate in year 3 is 8.09%
