Bacteria Decay Rate Application Exponential Functions MCV3U @MathematicsTutor
Bacteria Decay Rate Application Exponential Functions MCV3U  @MathematicsTutor
Uploaded March 2026 | Updated September 2026, 2 weeks ago
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globalmathinstitute.com Why is the exponential function e^x so special?
In this video we explore the remarkable property that its derivative equals the function itself.
We also examine the origin of the number e, its connection to compound interest, and why exponential growth appears throughout science and nature.
This conceptual explanation reveals why mathematicians call e^x the natural exponential function.
Extended Exam Review: youtube.com/watch?v=wa2h16eUsK8&list=PLJ-ma5dJyAqqWN8360qA7jzRzJ1uqxSMk&index=2
Chain Rule Concept with Test Examples: youtube.com/watch?v=OJRu2lsXTx4&list=PLJ-ma5dJyAqpHTjlF0HJUUY8eFMeqP-KC&index=1 youtube.com/@MathematicsTutor
Learn From Anil Kumar: globalmathinstitute@gmail.com
Chain rule is derivative of functions from inside out as explained in this video. Derivative of nested radicals is an important test question. Combination of power and chain rule is applied to solve these questions. It is important to simplify, sometimes, as shown in this video
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Join Anil Kumar Class: anil.anilkhandelwal@gmail.com Chain Rule from Table of Values: youtube.com/watch?v=5SUioFmtIaE&list=PLJ-ma5dJyAqqW_N4OJvgJp_OAhAlfkdJI #instantaneous_rate_of_change #instantaneous_rate_of_change #LearningBeyondMemorization
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Bacteria Decay Rate Application Exponential Functions MCV3U

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