Difference between revisions of "Educational Aids"
(→Trigonometry) |
|||
| (20 intermediate revisions by the same user not shown) | |||
| Line 1: | Line 1: | ||
==[[Mathematics]]== | ==[[Mathematics]]== | ||
| + | ===[[Number System]]=== | ||
| + | #[https://centumacademy.com/real-number-line/ Real Number Line] Visualization tool for Real Numbers on a Number Line. | ||
| + | #[https://centumacademy.com/converting-decimal-into-fractions/ Converting decimal numbers into fractions] : This tool can be used to demonstrate the process of conversion decimal numbers into rational <math> p/q </math> form | ||
| + | #[https://centumacademy.com/plotting-irrational-numbers-on-a-number-line/ Plotting Irrational Numbers on a Number Line] : Learn how to represent square root of any number on the number line. | ||
| + | |||
===[[Trigonometry]]=== | ===[[Trigonometry]]=== | ||
| − | [https://centumacademy.com/teaching-aid/trigonometric-ratios/ Basic Trigonometric Ratio] A geogebra tool to help students understand how trigonometric ratios are defined using a unit circle concept. | + | #[https://centumacademy.com/teaching-aid/trigonometric-ratios/ Basic Trigonometric Ratio] A geogebra tool to help students understand how trigonometric ratios are defined using a unit circle concept. |
| − | ===[[Linear Equations in Two Variables]]=== | + | #[https://centumacademy.com/t-ratio-learning-game/ T-Ratio Learning Game] : Use this Quiz format game to learn T-ratios of standard angles |
| − | [https://centumacademy.com/teaching-aid/linear-equations/ Linear Equation in Two Variables] : A GeoGebra tool to understand the graphical representation of linear equations in two variables. | + | |
| + | ===[[Algebra]]=== | ||
| + | |||
| + | ====[[Polynomials]]==== | ||
| + | #[https://centumacademy.com/quadratic-polynomial/ Quadratic Polynomials] : A GeoGebra tool to understand the behavior of a quadratic polynomial <math> y = ax^2+bx+c</math> | ||
| + | ====[[Linear Equations in Two Variables]]==== | ||
| + | #[https://centumacademy.com/teaching-aid/linear-equations/ Linear Equation in Two Variables] : A GeoGebra tool to understand the graphical representation of linear equations in two variables. The user can change the values of the coefficients and observe the behavior of the graph. The tool also describes the x and the y intercepts. | ||
| + | #[https://centumacademy.com/consistency-of-pair-of-linear-equations/ Consistency of a Pair of Linear Equations in Two Variables] : Graphical verification of the three consistency criteria | ||
| + | ====[[Sequences and Series]]==== | ||
| + | [https://oeis.org/ Online Encyclopedia of Integer Sequences] : How is music linked to integer sequences. Try getting a musical manifestation of sequences you make and for other integer sequences like the famous Fibonacci Sequence. | ||
| + | ===[[Vector Algebra]]=== | ||
| + | [https://centumacademy.com/teaching-aid/triangle-law-of-vector-addition/ Triangle Law of Vector Addition] : Visual demonstration of the Triangle Law of Vector Addition | ||
| + | |||
==[[Physics]]== | ==[[Physics]]== | ||
| + | ===[[Kinematics]]=== | ||
| + | [https://centumacademy.com/distance-and-displacement/ Distance and Displacement] : A simulation to highlight the difference between distance and displacement. | ||
| + | ===[[Dynamics]]=== | ||
| + | [https://centumacademy.com/friction-on-an-inclined-plane/ Friction on an inclined plane] : How does coefficient of static friction determines the angle at which a block would slip on an inclined plane | ||
===[[Sound and Waves]]=== | ===[[Sound and Waves]]=== | ||
[https://www.szynalski.com/tone-generator/ Tone Generator] : For explaining frequency, amplitude, quality of wave form. Two such generators could be used with slightly different frequencies to explain the phenomenon of Beats. | [https://www.szynalski.com/tone-generator/ Tone Generator] : For explaining frequency, amplitude, quality of wave form. Two such generators could be used with slightly different frequencies to explain the phenomenon of Beats. | ||
| + | ===[[Mechanical Properties of Matter]]=== | ||
| + | [https://centumacademy.com/hookes-law/ Hooke's Law] : A simulator to understand the elasticity of a spring. | ||
Latest revision as of 09:29, 2 June 2021
Contents
Mathematics
Number System
- Real Number Line Visualization tool for Real Numbers on a Number Line.
- Converting decimal numbers into fractions : This tool can be used to demonstrate the process of conversion decimal numbers into rational [math]\displaystyle{ p/q }[/math] form
- Plotting Irrational Numbers on a Number Line : Learn how to represent square root of any number on the number line.
Trigonometry
- Basic Trigonometric Ratio A geogebra tool to help students understand how trigonometric ratios are defined using a unit circle concept.
- T-Ratio Learning Game : Use this Quiz format game to learn T-ratios of standard angles
Algebra
Polynomials
- Quadratic Polynomials : A GeoGebra tool to understand the behavior of a quadratic polynomial [math]\displaystyle{ y = ax^2+bx+c }[/math]
Linear Equations in Two Variables
- Linear Equation in Two Variables : A GeoGebra tool to understand the graphical representation of linear equations in two variables. The user can change the values of the coefficients and observe the behavior of the graph. The tool also describes the x and the y intercepts.
- Consistency of a Pair of Linear Equations in Two Variables : Graphical verification of the three consistency criteria
Sequences and Series
Online Encyclopedia of Integer Sequences : How is music linked to integer sequences. Try getting a musical manifestation of sequences you make and for other integer sequences like the famous Fibonacci Sequence.
Vector Algebra
Triangle Law of Vector Addition : Visual demonstration of the Triangle Law of Vector Addition
Physics
Kinematics
Distance and Displacement : A simulation to highlight the difference between distance and displacement.
Dynamics
Friction on an inclined plane : How does coefficient of static friction determines the angle at which a block would slip on an inclined plane
Sound and Waves
Tone Generator : For explaining frequency, amplitude, quality of wave form. Two such generators could be used with slightly different frequencies to explain the phenomenon of Beats.
Mechanical Properties of Matter
Hooke's Law : A simulator to understand the elasticity of a spring.
