Need to login and buy the course to see the full content
This course is meant to give a comfortable and smooth start to your Maths basics, as needed for Physics .
Topics explained :-
1) Graphs and equations that make the graph: get comfortable with graphs of various shapes. learn what is slope and how to find it, irrespective of how complex the graph is.
Basic Types of graphs :-
- straight line graph
- exponential curves
- Hyperbolic curves.
Learn what is Maxima and Minima points for curves.
2) Trigonometry :-
- sine, cos and tan.
- example:- sine of a continuously varying angle :- this is applied in physics to a wave equation
3) Integration – what exactly is the physical meaning of Integration.
4) Differentiation – what exactly is the physical meaning of Differentiation . See in terms of a graph, and how does it help us to handle complex graphs made by equations.
Course Features
- Lectures 29
- Quiz 0
- Duration Lifetime access
- Skill level All levels
- Language English
- Students 181
- Certificate No
- Assessments Yes
- 1 Section
- 29 Lessons
- Lifetime
Expand all sectionsCollapse all sections
- Maths starters29
- 1.1Why Maths Starters?
- 1.2Vectors – what are they , How to Add, Subtract, Multiply…..
- 1.3Vectors versus Scalars
- 1.4Vectors – Addition
- 1.5Vectors- Multiplication
- 1.6vectors- Dot Product
- 1.7vectors – Cross-product multiplication and Right Hand Rule
- 1.8graphs and slopes
- 1.9Slope of a graph, why dy/dx
- 1.10Graph – Straight Line type
- 1.11Graph – curved – Exponential type ( Graph – A )
- 1.12Graph-curved-Exponential Type-Graph-B
- 1.13Graph – curved – Exponential Type – Graph – C
- 1.14Graph- Resistivity versus Temperature
- 1.15Graph – Maxima and Minima
- 1.16Graph – Inverted ‘U’ shaped – Thermo-emf versus Temperature
- 1.17Graph- inverted U-shape-Projectile Motion (parabolic)
- 1.18Graph – Hyperbolic type
- 1.19Graph-hyperbolic- Pressure vs Volume (gas compression)
- 1.20Graph – Pressure vs Volume- Carnot Cycle (Thermodynamics)
- 1.21Graph- curves type – for Trigonometric functions
- 1.22Differentiation – why is it useful
- 1.23Differentiation of various functions – summary table
- 1.24Integration- Indefinite integral- example
- 1.25Integration- Definite Integral – example of Gravitational Field calculation
- 1.26Trigonometry basics
- 1.27X-Y-Z axes, planes and vectors
- 1.28Integration formulae summary table
- 1.29Solved problems
