Introduction To Astro Physics

Learn Black Holes, Astronomy, Cosmology, Modern Physics, Einstein's Special Theory, General Relativity, and Big Bang

What you'll learn

Differential Calculus for astronomy

Integral Calculus for astronomy

Line element for spherical coordinates

What is contraction?

What is Geodesic Line?

Principle of Cosmology

Redshift in Cosmology

Hubble's Law

Einstein's Universe Model

de Sitter comparison with Einstein's model of universe

Difference between astronomy and cosmology

Newtonian cosmology

Mathematical formulation of astronomy and cosmology

And much more about astronomy and cosmology

Requirements

Basics of algebra and trigonometry but it is not quite necessary

Description

How to become a pro in  Astrophysics?In this course, you will master the two basics and advance concepts of Astrophysics. This course is less theoretical and more mathematical. So, you must have at least high school math skills to understand this course astrophysics. This course astrophysics has its own significance in applied and theoretical physics. Many students around the globe are searching this course astrophysics to understand the math behind astronomy and cosmology. The length of this course is 5 hours and there are 4 sections. You will start with very basics and end with the mastery of astronomy and cosmology. Each video is not shorter and has at least 1-hour duration. However, I have given some suggestions to take this course in the introduction video. So, must follow the suggestions that I have given in the very first video.Moreover, the course is not easy and might be some students will feel the difficulties while taking this course. They shouldn't worry because there are question-answer sections in each video. You can ask me as many questions as you can ask, I promise you that I will give you a prompt response to each of your questions. You shouldn't feel that I am far from you. Honestly, it is just like I am sitting just like in the classroom and you are asking me the questions and I am giving you the answer.The course is fully structured and has varieties of contents. The course has prepared by sequence and series wise. Many contents, famous contents which are being used in astronomy and cosmology have been presented by me (Instructor).The course fulfills all the basics and advanced concepts. You can apply for this course in the research areas of cosmology and astronomy. I feel that this course will attract researchers and they can apply mathematics in astronomy and cosmology.Some of the contents are purely astronomical where you will learn the documentaries information about solar systems and others planets, galaxies, meteors, and asteroids. But some of the concepts are purely cosmological where you will starts from the line elements of spherical polar coordinates and you will end it with the Hubble's law of the universe.No doubt, the course is totally mathematical but I have also explained the theory behind the mathematical equations that what they describe, and what is their physical signs as well. Astronomy and cosmology is actually the applied physics of stars, planets, and evolution of the universe from the big bang to today or in the future predictions. This is much interesting if we formulate the theories behind the subjects. And you will get astonished when you will find the theory behind these mathematical equations and I hope that you will enjoy this course. Have a nice day

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Black Hole Theory

Lecture 2 How Big is a Black Hole?

Lecture 3 Black Holes and Warm Holes?

Lecture 4 Black Holes Complexity

Lecture 5 No Black Holes

Lecture 6 Sizes of Black Holes

Lecture 7 Motion of Black Holes

Section 3: Differential Calculus

Lecture 8 Power Rule

Lecture 9 Product Rule

Lecture 10 Quotient Rule

Lecture 11 Chain Rule

Lecture 12 Derivatives of Trigonometric and Inverse Trigonometric Functions

Section 4: Integral Calculus

Lecture 13 Table of Integration

Lecture 14 Examples on Integration

Lecture 15 Integration by Substitution

Lecture 16 Integration by Parts

Lecture 17 Integration of Rational Functions

Lecture 18 Fundamental Theorem of Calculus

Section 5: Introduction to Astrophysics

Lecture 19 Astronomy and Cosmology

Lecture 20 Principle of cosmology and Cosmological Redshift

Lecture 21 Hubble's Law

Section 6: Astronomy

Lecture 22 What's in Our Solar System?

Lecture 23 Venus and Earth

Lecture 24 Mars and Pluto

Lecture 25 Jupiter, Saturn and Neptune

Students of astrophysics