VISUALIZE INTUITIVELY,
1] How sin( ) is a measure of how much perpendicular two objects/forces are.

2] How cos( ) is a measure of how much parallel two objects/forces are.

3] How in complex numbers
i = rotation by 90 degrees

PDF Book Link
https://binnoy.gumroad.com/l/visualizingmaths-e-book

SUPPORT PAGE ON PATREON
https://www.patreon.com/BINNOYSPANICKER

VISUALIZING MATH 2 (WORD & PDF BOOK)

PDF LINK FOR VISUALIZING MATH 2
https://gum.co/visualizingmath2book

Visualizing Math 2 deals with concepts like

1) How Fourier Transforms are the side-view of a wave.

2) Laplace Transforms are side-view + front view (Imaginary + real part)

3) How Z Transforms are nothing but the discrete cousin of Laplace and DFT of Fourier.

Also
AN INTUITIVE GUIDE TO QUANTUM MECHANICS

E-book link.
https://gum.co/quantumleap---e-book

Blog link
https://visualizingmathsandphysics.blogspot.com/

e-mail id
[email protected]

Mobile
9819353680

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4:40
Finally! I visualized Trigonometry with it's 3 applications in real life.
2 Application of Calculus
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2 Application of Calculus
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Differential Functions intuitively explained with applications.
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Intuitive Visualization to Stokes Theorem explained simply with its applications.
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VISUALIZING MATH
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Application of Complex conjugates.
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APPLICATIONS OF TAYLORS SERIES IN REAL LIFE.
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Complex multiplication Part 3
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ART OF COMPLEX MULTIPLICATION
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SO IMAGINARY NUMBERS WERE NOT IMAGINARY ? BUT THATS WHAT THEY TOLD ME WHILE TEACHING COMPLEX NUMBERS
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This question haunted me for years about trigonometry. Trigonometry visualized explained intuitively
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Sin(x) /x = 1, when x nears values of zero. Why?
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Why Sin(x)/x = 1 ? Limits explained intuitively and simply visually. Visualizing Limits.
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VISUAL MATH
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