Real Interest rate | 2.8% | |
Inflation rate | 7% | |
1) | ||
Approach 1 | ||
Nominal Interest rate = Real Interest rate + Inflation rate | ||
Nominal Interest rate = 2.8%+7% | ||
Nominal Interest rate = 9.8% | ||
Amount needed to Invest to get $100 in a year | 91.07468124 | |
[= $100/(1+Nominal interest rate)] | [= $100/(1+9.8%)] | |
Approach 2 | ||
(1+Nominal Interest rate) = (1+Real Interest rate )* (1+Inflation rate) | ||
(1+Nominal Interest rate) = (1+2.8%)+ (1+7%) | ||
(1+Nominal Interest rate) = (1+2.8%)+ (1+7%) | ||
(1+Nominal Interest rate) = | 1.099960 | |
Nominal Interest rate = | 9.96% | |
Amount needed to Invest to get $100 in a year | 90.91239681 | |
[= $100/(1+Nominal interest rate)] | [= $100/(1+9.96%)] | |
2) | US treasury TIPS coupon rate =5% | |
Nominal Interest rate = US treasury TIPS coupon rate =5% | ||
Real Interest rate = 2.8% | ||
It is assumed initial amount to be $100 | ||
Real Cashflows each year | $ 5.00 | |
[=100*5%] | ||
Nominal Cashflows each year | $ 2.80 | |
[=100*2.8%] |
Suppose the real interest rate is 2.8%, and the inflation rate is 7%. (1) How much...
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