Mathematical interest theory /
Daniel, James W.,
Mathematical interest theory / James W. Daniel, Leslie Jane Federer Vaaler. - xv, 496 pages : illustartions ; 24 cm
Includes bibliographical references (p. 485) and index.
0. An Introduction to the Texas Instruments BA II Plus. 1. The Growth of Money. 2. Equations of Value and Yield Rates. 3. Annuities (Annuities Certain). 4. Annuities With Interest Period Different From Conversion Period. 5. Loan Repayment. 6. Bonds. 7. Stocks and Financial Markets. 8. Arbitrage, the Term Structure of Interest Rates, and Derivatives. 9. Interest Rate Sensitivity.
Written in a reader-friendly manner, this reference is designed to meet the needs of readers who want to master the interest theory and finance topics...
addressed in the Financial Mathematics exam. Requires an algebra background; calculus not a prerequisite. Encourages readers to practice writing throughout, and more than 30 end-of-chapter writing exercises are included. Provides more than 240 worked examples in a wide range of difficulty. Features abundant examples, discussion, and problems throughout. A useful guide for readers planning to take the Financial Mathematics exam.   Mathematical Interest Theory, 1/E James W. Daniel Leslie Jane Federer Vaaler
0131472852 9780131472853
2006042586
Interest rates--Mathematical models.
Interest rate futures--Mathematical models.
Risk management--Mathematical models.
HB539 / .D33 2007
332.801513 / D.J.M
Mathematical interest theory / James W. Daniel, Leslie Jane Federer Vaaler. - xv, 496 pages : illustartions ; 24 cm
Includes bibliographical references (p. 485) and index.
0. An Introduction to the Texas Instruments BA II Plus. 1. The Growth of Money. 2. Equations of Value and Yield Rates. 3. Annuities (Annuities Certain). 4. Annuities With Interest Period Different From Conversion Period. 5. Loan Repayment. 6. Bonds. 7. Stocks and Financial Markets. 8. Arbitrage, the Term Structure of Interest Rates, and Derivatives. 9. Interest Rate Sensitivity.
Written in a reader-friendly manner, this reference is designed to meet the needs of readers who want to master the interest theory and finance topics...
addressed in the Financial Mathematics exam. Requires an algebra background; calculus not a prerequisite. Encourages readers to practice writing throughout, and more than 30 end-of-chapter writing exercises are included. Provides more than 240 worked examples in a wide range of difficulty. Features abundant examples, discussion, and problems throughout. A useful guide for readers planning to take the Financial Mathematics exam.   Mathematical Interest Theory, 1/E James W. Daniel Leslie Jane Federer Vaaler
0131472852 9780131472853
2006042586
Interest rates--Mathematical models.
Interest rate futures--Mathematical models.
Risk management--Mathematical models.
HB539 / .D33 2007
332.801513 / D.J.M