10-28-2024, 10:43 AM
A Journey Through The Solar System
![[Image: b95e20413f2bf51f2be5867ac0fa7876.jpeg]](https://i124.fastpic.org/big/2024/1028/76/b95e20413f2bf51f2be5867ac0fa7876.jpeg)
Published 10/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 3.45 GB | Duration: 4h 16m
Formation of Universe, Galaxies, Planets, Moons, Star, Sun properties, Rotation vs Revolution, Moon and Apollo Mission.
What you'll learn
To gain a comprehensive understanding of the Universe and its components, including galaxies, solar systems, planets, and moons.
You will have the opportunity to navigate from a broad overview, such as the Big Bang, to the specific context of Earth as your current location.
Acquiring extensive knowledge regarding each planet within our solar system, including Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune.
To conduct a thorough examination of the Sun, including its composition, rotation, atmosphere, sunspots, solar wind, and the effects on Earth.
To gain an in-depth knowledge of the Earth, including its structure, rotation, revolution, the moon, the distinction between Sidereal and Solar Days.
To explore the theories surrounding moon formation and examine its appearance from both the North and South Poles
Requirements
No Prerequisites for this course
No age limit
No subject knowledge required
Family friendly and Kid friendly course
Description
This course will initiate with an examination of the solar system and Earth, subsequently leading into an analysis of the universe's origins. The course aims to explore the origins of various phenomena, including the Solar System, the Earth, and the Big Bang. Additionally, gaining a deeper understanding of stars and galaxies by concentrating on our galaxy, the Milky Way, and our star, the Sun. Examining the sun in detail along with associated terminologies including solar wind, solar flare, the Sun, sunspot, composition, rotation, atmosphere, and internal structure. The origin of Earth, along with its rotation, revolution, and the reasons for its slowing, will be examined. Additionally, the concepts of sidereal and solar days will be addressed. Together with the methods for demonstrating Earth's rotation and the principles of gravity along with its measurements. Next, we will explore the theories surrounding moon formation and examine its appearance from both the North and South Poles.Each chapter contains various modules and topics. Each Module contains a Videos and Notes page, which includes a link to the main video. Kindly ensure that you observe and pay close attention to all of the lectures.Each video will have its content provided at intervals. Kindly review these Notes thoroughly (if applicable). This course presents a unique approach, and prior experience with the subject matter will not substitute for the careful attention required during the lectures.We will conduct Problem-based exercises, where you will discover the results of each problem outlined in the Videos and Notes, along with a diverse array of additional problems that explore the topics in greater detail and illuminate the landscape we aim to comprehend. It is advisable to take a moment to reflect after reviewing a Worked Problem. Students are advised to attempt to solve these Worked Problems independently before referring to the answers provided in the Click to reveal section. Ensure that you thoroughly review all the Problems along with their corresponding solutions. This component is crucial to the course, and your advancement is contingent upon it.
Overview
Section 1: Understanding Universe, Galaxy, Solar System, and Earth
Lecture 1 Introduction to the course
Lecture 2 What is Universe? How Big is Universe?
Lecture 3 The Birth of the Universe: The Big Bang, Radiation & Matter Era, Age and Events
Lecture 4 What are Galaxies and Knowing more about Milky way
Section 2: Solar System and Planets
Lecture 5 Understanding Solar System and Hands-on visualization of Planets
Lecture 6 Planets, Inner, Outer, Asteroid belt, Kuiper belt, Oort cloud
Lecture 7 Knowing more about Mercury, Venus, Earth & Mars
Lecture 8 knowing more about the Jupiter, Saturn, Uranus & Neptune
Lecture 9 Kepler's Law of Planetary Motion: All three laws explained
Section 3: Sun as Star of Solar System
Lecture 10 What is a Star, Types & Classifications, G types of Stars
Lecture 11 The Sun, Composition, Rotation, Atmosphere & Internal Structure
Lecture 12 Solar Wind and Its effect on Earth
Lecture 13 Sunspot and Its effect on Earth
Lecture 14 Sunspot Events, Observation & Applications
Section 4: Our Beloved Earth
Lecture 15 Origin of Earth's Rotation, Revolution and slowing reason
Lecture 16 Sideral and Solar day
Lecture 17 How We Prove Earth Rotation - Hooke Vs Foucault pendulum
Lecture 18 Earth's Gravity & It's Measurements, Free Air Correction
Section 5: Moon :The Earth's Natural Satellite
Lecture 19 Theories of Moon Formation
Lecture 20 The Motion of Moon: How It Looks From North and South Pole
Lecture 21 Selenology/Geology of Moon and Topographic Map
Lecture 22 What are Moon's Craters? The Biggest Crater of Moon
Lecture 23 Apollo Mission, 45 Days on Moon
Individuals with an interest in space and our solar system,Earth Science Students,Who are willing to start their studies in Space Science,Individuals seeking to expand their understanding of the Sun, Earth, and Moon
Screenshots
![[Image: ac9fe604ea0c1132c7e069d792568840.jpeg]](https://i124.fastpic.org/big/2024/1028/40/ac9fe604ea0c1132c7e069d792568840.jpeg)
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Published 10/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 3.45 GB | Duration: 4h 16m
Formation of Universe, Galaxies, Planets, Moons, Star, Sun properties, Rotation vs Revolution, Moon and Apollo Mission.
What you'll learn
To gain a comprehensive understanding of the Universe and its components, including galaxies, solar systems, planets, and moons.
You will have the opportunity to navigate from a broad overview, such as the Big Bang, to the specific context of Earth as your current location.
Acquiring extensive knowledge regarding each planet within our solar system, including Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune.
To conduct a thorough examination of the Sun, including its composition, rotation, atmosphere, sunspots, solar wind, and the effects on Earth.
To gain an in-depth knowledge of the Earth, including its structure, rotation, revolution, the moon, the distinction between Sidereal and Solar Days.
To explore the theories surrounding moon formation and examine its appearance from both the North and South Poles
Requirements
No Prerequisites for this course
No age limit
No subject knowledge required
Family friendly and Kid friendly course
Description
This course will initiate with an examination of the solar system and Earth, subsequently leading into an analysis of the universe's origins. The course aims to explore the origins of various phenomena, including the Solar System, the Earth, and the Big Bang. Additionally, gaining a deeper understanding of stars and galaxies by concentrating on our galaxy, the Milky Way, and our star, the Sun. Examining the sun in detail along with associated terminologies including solar wind, solar flare, the Sun, sunspot, composition, rotation, atmosphere, and internal structure. The origin of Earth, along with its rotation, revolution, and the reasons for its slowing, will be examined. Additionally, the concepts of sidereal and solar days will be addressed. Together with the methods for demonstrating Earth's rotation and the principles of gravity along with its measurements. Next, we will explore the theories surrounding moon formation and examine its appearance from both the North and South Poles.Each chapter contains various modules and topics. Each Module contains a Videos and Notes page, which includes a link to the main video. Kindly ensure that you observe and pay close attention to all of the lectures.Each video will have its content provided at intervals. Kindly review these Notes thoroughly (if applicable). This course presents a unique approach, and prior experience with the subject matter will not substitute for the careful attention required during the lectures.We will conduct Problem-based exercises, where you will discover the results of each problem outlined in the Videos and Notes, along with a diverse array of additional problems that explore the topics in greater detail and illuminate the landscape we aim to comprehend. It is advisable to take a moment to reflect after reviewing a Worked Problem. Students are advised to attempt to solve these Worked Problems independently before referring to the answers provided in the Click to reveal section. Ensure that you thoroughly review all the Problems along with their corresponding solutions. This component is crucial to the course, and your advancement is contingent upon it.
Overview
Section 1: Understanding Universe, Galaxy, Solar System, and Earth
Lecture 1 Introduction to the course
Lecture 2 What is Universe? How Big is Universe?
Lecture 3 The Birth of the Universe: The Big Bang, Radiation & Matter Era, Age and Events
Lecture 4 What are Galaxies and Knowing more about Milky way
Section 2: Solar System and Planets
Lecture 5 Understanding Solar System and Hands-on visualization of Planets
Lecture 6 Planets, Inner, Outer, Asteroid belt, Kuiper belt, Oort cloud
Lecture 7 Knowing more about Mercury, Venus, Earth & Mars
Lecture 8 knowing more about the Jupiter, Saturn, Uranus & Neptune
Lecture 9 Kepler's Law of Planetary Motion: All three laws explained
Section 3: Sun as Star of Solar System
Lecture 10 What is a Star, Types & Classifications, G types of Stars
Lecture 11 The Sun, Composition, Rotation, Atmosphere & Internal Structure
Lecture 12 Solar Wind and Its effect on Earth
Lecture 13 Sunspot and Its effect on Earth
Lecture 14 Sunspot Events, Observation & Applications
Section 4: Our Beloved Earth
Lecture 15 Origin of Earth's Rotation, Revolution and slowing reason
Lecture 16 Sideral and Solar day
Lecture 17 How We Prove Earth Rotation - Hooke Vs Foucault pendulum
Lecture 18 Earth's Gravity & It's Measurements, Free Air Correction
Section 5: Moon :The Earth's Natural Satellite
Lecture 19 Theories of Moon Formation
Lecture 20 The Motion of Moon: How It Looks From North and South Pole
Lecture 21 Selenology/Geology of Moon and Topographic Map
Lecture 22 What are Moon's Craters? The Biggest Crater of Moon
Lecture 23 Apollo Mission, 45 Days on Moon
Individuals with an interest in space and our solar system,Earth Science Students,Who are willing to start their studies in Space Science,Individuals seeking to expand their understanding of the Sun, Earth, and Moon
Screenshots
Say "Thank You"
rapidgator.net:
ddownload.com:
