This video explains how to use intermediate value theorem in order to find the roots or solutions of an equation. Playlist: • Continuity 2.1: Continuity of a function Facebook: / insidemaths
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Geometry 1.8: Bisecting angles and segments
Geometry 1.9: Example of bisecting angles
Geometry 1.7: Angles formed by the hands of a clock
Geometry 1.6: Congruent angles and segments
Geometry 1.5: Classification of angles (by sizes)
Geometry 1.4: Conversion of angles in degrees, minutes and seconds
Geometry 1.3: Measuring and parts of angles
Geometry 1.2: Angles, Collinear Points and Triangle
Geometry 1.1: Basic concepts of geometry
Continuity 2.6: Examples of continuity piecewise function
Continuity 2.7: Intermediate Value Theorem
Continuity 2.8: Example of Intermediate Value Theorem
Continuity 2.5: Checking the continuity of a function
Continuity 2.4: Checking the continuity from a graph
Continuity 2.3: Types of Discontinuity
Continuity 2.2: Examples of Continuity
Continuity 2.1: Continuity of a function
Basics of Number System in Mathematics
Limits 1.12: Asymptotes of the non rational functions
Limits 1.11: Oblique Asymptotes
Limits 1.10: Horizontal Asymptotes
Limits 1.9: Vertical asymptotes
Limits 1.8: Strange behavior of cos one by x at zero
Limits 1.7: Applications of limits (radius of cylinder, Heaviside function, snowboard rental)