The Natural Base e in Exponential and Logarithmic Functions - Lecture 5.1
Mr. Robinson's Virtual Math Classroom via YouTube
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Learn about the natural base 'e' in this comprehensive mathematics lecture and problem-solving session. Explore exponential and logarithmic functions, understanding how this irrational constant (~2.718) represents natural growth over infinite time through infinite compounding. Master solving word problems involving accrued values over time using the formula A = Pe^(rt), simplify expressions with exponential properties, and graph exponential functions using calculators and transformations. Through a structured series of 43 practice problems, develop proficiency in working with logarithms, solving exponential equations, and evaluating logarithms through inverse exponential functions. Access downloadable resources including textbook materials and graph paper to enhance your learning experience while following along with clearly timestamped sections covering each problem set and concept explanation.
Syllabus
Introduction
Lecture overview
Problem #1-2
Problem #3-12
Problem #13-14
Problem #15-22
Problem #23-26
Problem #27-30
Problem #31-34
Problem #35-36
Problem #37
Problem #38
Problem #39
Problem #40
Problem #41
Problem #42
Problem #43
Taught by
Mr. Robinson's Virtual Math Classroom