0-90 days 91-180 days 180+days Total Assets 15000 25000 60000 100,000 Liabilities &NVW 35000 15000 50000 100,000 Assume that interest rates on interest sensitive assets are currently 12% and interest sensitive liabilities are 9%. Also assume that interest rates on fixed assets are 15% and fixed liabilities are 11%. Calculate the following for 91 to 180 days: 1. Interest Sensitive Gap 2. Net Interest Income 3. Interest Sensitive Ratio 4. Relative IS Gap Write only your final answers in the box given below

0-90 days 91-180 days 180+days Total Assets 15000 25000 60000 100,000 Liabilities &NVW 35000 15000 50000 100,000 Assume that interest rates on interest sensitive assets are currently 12% and interest sensitive liabilities are 9%. Also assume that interest rates on fixed assets are 15% and fixed liabilities are 11%. Calculate the following for 91 to 180 days: 1. Interest Sensitive Gap 2. Net Interest Income 3. Interest Sensitive Ratio 4. Relative IS Gap Write only your final answers in the box given below

FINANCIAL ACCOUNTING

10th Edition

ISBN:9781259964947

Author:Libby

Publisher:Libby

Chapter1: Financial Statements And Business Decisions

Section: Chapter Questions

Problem 1Q

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Complete the following using compound future value. (Use the Table provided.) Time 6 months Principal $ 15,000 Rate Compounded 6% Semiannually Amount Interest
Using Table 11-2 from your text, calculate the present value (principal) and the compound interest given: A = Compound Amount = $1,250 t = Term of Investment = 6 years r = Nominal rate = 6% or 0.06 n = Interest is compounded semiannually = 2
a. What amount could be withdrawn at t=10? b. What uniform annual series deposits (n=10) would result in the same accumulated balance at the end of year 10?
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3. Use the provided chart to solve this problem.
Complete the following using present value. (Use the Table provided.) (Do not round intermediate calculations. Round the "Rate used" to the nearest tenth percent. Round the "PV factor" to 4 decimal places and final answer to the nearest cent.) Amount desired at end of period 6,600 Length of time 10 years Rate 2% Compounded semiannually On PV Table 12.3 Period used 120 Rate used 0.2 % PV factor used 0.2400 $ PV of amount desired at end of period 1,584.08
The duration of the assets to four decimal places:Cash: 0.0000 yearsLoans: 1.7500 yearsTreasuries: 7.0000 years The duration of the liabilities to four decimal places:Time Deposits: 1.7500 yearsCDs: 2.5000 yearsEquity: Not provided If all interest rates decline 90 basis points (ΔR/(1 + R) = -90 basis points), the change in the market value of equity can be calculated as follows:
18) Which of these is true regarding the following statement? "Interest rate is 6% compounded monthly". Select one: a. nominal interest rate = 18% b. nominal interest rate = 12% c. nominal interest rate = 1% d. nominal interest rate = 6% 19) What is the present value of $500.00 to be paid in two years if the interest rate is 5 percent? Select one: a. $476.25 b. $550.00 c. $500.00 d. $453.51 20) How many years will it take to double your investment of $ 2000 if it has an interest rate of 6% compounded annually? Select one: a. 24 years b. 20 years c. 12 years d. 10 years
Find the future value. (Use the Table 12.1.) (Do not round intermediate calculations. Round the "FV factor" to 4 decimal places and final answer to the nearest cent.) $ Present value 11,129.37 Length of time 5 years Rate 12% Compounded Quarterly On FV Table 12.1 Period used 20 Rate used 3% FV factor used Future value
13 When interest is calculated for periods shorter than a year, the formula to calculate interest is: Multiple Choice I = P × R × T, where I = interest calculated, P = principal, R = annual interest rate, and T = number of months. I = P × R × T, where I = interest calculated, P = principal, R = annual interest rate, and T = (number of months ÷ 12). I = P × R × T, where I = interest calculated, P = principal, R = monthly interest rate, and T = (number of months ÷ 12). I = (MV − P)/T, where I = interest calculated, MV = maturity value, P = principal and T = number of months.
1.Find the total number of compounding periods and the interest rate per period for the investment. Term ofInvestment Nominal(Annual) Rate (%) InterestCompounded CompoundingPeriods Rate perPeriod (%) 9 years 4 quarterly %