Presentation is loading. Please wait.

Presentation is loading. Please wait.

AE6.1.1 - Satellites. AE6.1.2 - The German Astronomer, Johannes Kepler.

Published byLeslie Snow Modified over 8 years ago

Similar presentations

Presentation on theme: "AE6.1.1 - Satellites. AE6.1.2 - The German Astronomer, Johannes Kepler."— Presentation transcript:

1 AE6.1.1 - Satellites

2 AE6.1.2 - The German Astronomer, Johannes Kepler

3 AE6.1.3 - Artificial Satellites

4 AE6.1.4 - Communication Satellite (COMSAT)

5 AE6.1.5 - Tracking and Data Relay Satellite System (TDRSS)

6 AE6.1.6 - NAVSTAR Global Positioning System (GPS)

7 AE6.1.7 - LANDSAT

8 AE6.1.8 - Geostationary Operational Environmental Satellites (GOES)

9 AE6.1.9 - First Weather Picture from Space

10 AE6.1.10 - Weather Picture

11 AE6.1.11 - Pioneer Leaving Solar System

12 AE6.1.12 - Saturn and its Six Largest Moons

13 AE6.1.13 - The System of Satellite Constellations

14 AE6.1.14 - Satellite

15 AE6.1.15 - Preparing a Satellite

16 AE6.1.16 - Satellite in Orbit

17 AE6.1.17 - Copernicus

18 AE6.1.18 - Elliptical Orbit

19 AE6.1.19 - Various Satellite Orbits

20 AE6.1.20 - Apogee and Perigee

21 AE6.1.21 - Why Do Satellites Stay in Orbit

22 AE6.1.22 - Escape Velocity

23 AE6.1.23 - The Earth’s Gravitational Force is Always Toward the Center of the Planet

24 AE6.1.24 - A Bullet Fired from a Gun

Download ppt "AE6.1.1 - Satellites. AE6.1.2 - The German Astronomer, Johannes Kepler."

Similar presentations

Space: The Big Picture Chap 1; Lesson 1.1

Space: The Big Picture Chap 1; Lesson 1.1
Newton’s Law of Universal Gravitation

Newton’s Law of Universal Gravitation
08/04/2017 Gravity and Space.

08/04/2017 Gravity and Space.
Artificial Satellites Chapter 2.3. Satellites 1. 1. Satellites a. a.Any object in orbit around another body with a larger mass.

Artificial Satellites Chapter 2.3. Satellites Satellites a. a.Any object in orbit around another body with a larger mass.
Explore the Law of Gravity by demonstrating that gravity is a force that can be overcome.

Explore the Law of Gravity by demonstrating that gravity is a force that can be overcome.
Lecture 18 Circular Orbits Newton’s Law of Gravity.

Lecture 18 Circular Orbits Newton’s Law of Gravity.
Famous Astronomers. Ptolemy Thought the Earth was at the center of the universe and that the other planets revolved around it (GEOcentric model) Thought.

Famous Astronomers. Ptolemy Thought the Earth was at the center of the universe and that the other planets revolved around it (GEOcentric model) Thought.
Satellite Motion Monika V Sikand Ph.d Student Stevens Institute of Technology Department of Physics. Light and Life Laboratory. Hoboken.

Satellite Motion Monika V Sikand Ph.d Student Stevens Institute of Technology Department of Physics. Light and Life Laboratory. Hoboken.
Satellites. Settler What is this picture of ? Learning Objectives To know what a satellite is To know some uses of artificial satellites To understand.

Satellites. Settler What is this picture of ? Learning Objectives To know what a satellite is To know some uses of artificial satellites To understand.
6. Centripetal force F = ma 1. Example: A stone of mass m sits at the bottom of a bucket. A string is attached to the bucket and the whole thing is made.

6. Centripetal force F = ma 1. Example: A stone of mass m sits at the bottom of a bucket. A string is attached to the bucket and the whole thing is made.
Gravity and Space. Gravity Gravity is an attractive force that affects anything with mass: Note that this force goes both ways – the Earth is attracted.

Gravity and Space. Gravity Gravity is an attractive force that affects anything with mass: Note that this force goes both ways – the Earth is attracted.
Introduction to Satellite Technology 12 th Grade Science Class Cindy Garis.

Introduction to Satellite Technology 12 th Grade Science Class Cindy Garis.
Chapter-5: Circular Motion, the Planets, and Gravity Circular Motion: Centripetal acceleration Centripetal force Newton’s law of universal gravitation.

Chapter-5: Circular Motion, the Planets, and Gravity Circular Motion: Centripetal acceleration Centripetal force Newton’s law of universal gravitation.
Artificial Satellites SNC1D. Satellites Satellite: an object that orbits another object The Earth has one natural satellite: the Moon.

Artificial Satellites SNC1D. Satellites Satellite: an object that orbits another object The Earth has one natural satellite: the Moon.
Climate and Global Change Notes 6-1 Satellite Fundamentals Types of Orbit Lower Earth Orbits (LEO) Polar Orbits Medium Earth Orbits (MEO) Highly Elliptical.

Climate and Global Change Notes 6-1 Satellite Fundamentals Types of Orbit Lower Earth Orbits (LEO) Polar Orbits Medium Earth Orbits (MEO) Highly Elliptical.
SATELLITE MOTION. -Continuously falls towards the earth. -Are launched to a position above the earths surface to avoid air resistance. -Escape speed is.

SATELLITE MOTION. -Continuously falls towards the earth. -Are launched to a position above the earths surface to avoid air resistance. -Escape speed is.
Satellite Motion.

Satellite Motion.
Welcome to the Neighborhood Our Solar System. What’s the difference between rotation and revolution? Each planet spins on its axis. Each planet spins.

Welcome to the Neighborhood Our Solar System. What’s the difference between rotation and revolution? Each planet spins on its axis. Each planet spins.
1.To do some sums! 2.To define what a satellite is 3.To describe two popular types of orbit for man-made satellites 4.To connect Satellite motion with.

1.To do some sums! 2.To define what a satellite is 3.To describe two popular types of orbit for man-made satellites 4.To connect Satellite motion with.
Chapter 7 Law of Gravity & Kepler’s Laws

Chapter 7 Law of Gravity & Kepler’s Laws

Similar presentations

Ads by Google