Answer:
$1,061.28
Explanation:
We need to calculate the present value of the bond using the minimum effective rate of 7.1225%
First we calcualte the present value of an annuity of $80 for 10 years
PV = $558.72
Then we calculate the $1,000 in 10 years present value
PV = $502.57
Then we add both values
$502.57 + $558.72 = $1,061.28
This will be the present value AKA market price which yields the minimun rate of 7.1225%
Answer:
c. 2.35%
Explanation:
10 year T bond Yield = 5.05 % (let it be rT10)
10 year TIPS yield = 1.8 % ( let it be r* )
MRP = 0.9%
Expected Inflation = rT10 - r* - MRP
= 5.05 % - 1.8 % - 0.9%
= 2.35 %
Therefore, The expected rate of inflation over the next 10 years is 2,35%.
Answer:
Limited Supply of lawyers will lead to increase in Lawyer Wages / Salaries
Explanation:
Labour Markets are at equilibrium where : Labour Demand (by firms) = Labour Supply (by employees).
Analysing the labour market for Lawyers : Previous anticipations finally leading to small graduating classes & limited supply of lawyers. This limited supply creates excess demand of lawyers. The mismatched excess demand (by firms) creates competition among buyer firms, which leads to increase in price (wages or salaries) of lawyers.
An activity's normal time and cost are = 8 and $100 respectively
estimated crash time and cost are = 6 and $160 respectively
Activity's crash cost per unit time = ?
crash cost per unit time = cost slope and,
cost slope = rise/run = (crash cost - normal cost) / (normal time - crash time)
cost slope = (160 - 100) / (8 - 6) = 60 / 2 = $30
so, crash cost per unit time is $30.
An independent variable is an input, assumption, or driver that is changed in order to assess its impact on a dependent variable (the outcome). Think of the independent variable as the input and the dependent variable as the output. In financial modeling and analysis, an analyst typically performs sensitivity analysis in Excel, which involves changing assumptions in the model to observe the impact on output.
