TSSFL TECHNOLOGY STACK

Learning becomes easier through visualization.

Which equations represent the following graphs?

Answer:

The cross product of vectors $\boldsymbol{u}$ and \( \boldsymbol{v} \) is a vector perpendicular to the plane containing them. In the applet below by...

Generate a number of parabolas by changing values of a, b and c:

pT2yj3GT

Integration by Parts is a method of integration, often useful when an integrand can be expressed as a multiplication of two functions.

The method...

The integration problem below was submitted by a student who needs help to solve it.

Can you solve the problem?

Here it is:

Prove that \large...

Ellipses, plotted using Python.

Ellipse.png

Ellipses.png

Finding limits of functions or expressions is an important part of mathematics calculus. let's learn by examples.

Find:

1. \lim_{x\to 5}...

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Circle

Unit Circle

Parabola and focus

Parabola: Standard form

Parabola: Standard form with tangent

Parabola: Factored Form

Hyperbolas

This is the graph of \(r\le \text{sin}\left(\frac{a}{b}\theta \right)\) for \(a = 5, \ b = 6\).

Ellipse

Ellipse with foci

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Logarithmic spiral

Limacon

Polar graphing of conic sections

These graphs depict derivative of a function.

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These graphs show a secant line.

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Graphs below show a tangent line.

Tangent_Line_1.png

Tangent_Line_2.png

Tangent_Line_3_and_df(x).png

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Below is the series of graphs showing how to obtain \text{sin}(x) using Taylor series

y = \sum_{n=0}^{a}\dfrac{(-1)^{n}x^{2n+1}}{(2n+1)!} .