'Continuously compounded' presentation slideshows

Warm-up 7.1

1.85k views • 141 slides

Lecture 6: Value At Risk Part 2

Lecture 6: Value At Risk Part 2. What we will learn in this lecture. A recap on the end of last weeks lecture How we can extend our ideas of mean and variance of continuously compounded returns to model portfolios of more complicated financial instruments

499 views • 36 slides

College Algebra Sixth Edition James Stewart ? Lothar Redlin ? Saleem Watson

College Algebra Sixth Edition James Stewart ? Lothar Redlin ? Saleem Watson. Exponential and Logarithmic Functions. 4. The Natural Exponential Function. 4.2. Natural Exponential Function. Any positive number can be used as the base for an exponential function.

314 views • 31 slides

Chapter 4

Chapter 4. 4-6 The Natural base, e. Quiz#1. Express each as a single logarithm. 1. Simplify. 3 4. 5. Quiz#1. Solve. 6 . 7 . 8 . lo g7 ( 5 x+ 3 )= 3 9 . log ( 3 x + 1 ) - log 4 = 2 10. lo g4 ( x- 1)+ lo g4 (3 x- 1)=2. Objectives.

401 views • 27 slides

Simplify.

248 views • 24 slides

4-6

196 views • 19 slides

Lesson 1.3 Exponential Functions

251 views • 18 slides

Agenda

187 views • 18 slides

Compound Interest

Compound Interest. Sum(1/L1). Vocabularies and Symbols. A = Accumulated Amount (ending balance, in $) P = Principal (beginning balance, in $) r = Interest Rate (such as 5%, or 0.05) t = Time (in years). Simple Interest:.

386 views • 14 slides

The domain of f ( x ) = e x is all real numbers. The range is { y | y > 0}.

Recall the compound interest formula A = P (1 + ) nt , where A is the amount, P is the principal, r is the annual interest, n is the number of times the interest is compounded per year and t is the time in years. r. 1. n. n.

72 views • 7 slides