'Geostationary orbit' presentation slideshows

Satellite Communications

Satellite Communications. Learning Objectives:. At the end of this topic you should be able to: describe satellite communications, give examples of typical applications of satellite communications. explain the advantages and disadvantages of satellite communications,.

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Introduction to Remote Sensing

Introduction to Remote Sensing. Guido Cervone. Remote Sensing.

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How are maps made? 1. USGS 2. 3. R.A.D.A.R. 4.

How are maps made? 1. USGS 2. 3. R.A.D.A.R. 4. Types of Satellites: GEO LEO PO EOS. GPS GIS. Sec. 3.2 pg. 48 Technology and Mapping. Oldest maps 2300 B.C. When land ownership, and travel became important. 1. Original Cartographers. Plane table Surveying

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REMOTE SENSING PLATFORMS

REMOTE SENSING PLATFORMS. BALLONS HELICOPTERS AIRPLANES SATELLITES. ORBITS. Geostationary orbit Near Polar orbit (appr.36.000 km) (appr. 500-1000 km). MAJOR EARTH OBSERVING SATELLITES. Landsat SPOT

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Satellite Sensors EG5503

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Chapter Two Notes

Chapter Two Notes. Time Zones. Earth: A unique Planet. Oblate Spheroid. Interior of the Earth. Atmosphere Hydrosphere Lithosphere Crust Mantle Outer Core Inner Core. Gravity and Mass. Rotation. Spin Day 24 hours 1000 mi/ hr at equator 600 mi/ hr in New Jersey

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Bell Ringer

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OC3522 - Remote Sensing of the Atmosphere and Ocean - Summer 2001

OC3522 - Remote Sensing of the Atmosphere and Ocean - Summer 2001. A Brief History of Environmental Satellite Systems (suggested reading Chapter 4 - Kidder & Vonder Haar, Reference Appendix A - List of Meteorological Satellites, and Remote Sensing Tutorial at http://rst.gsfc.nasa.gov ).

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P3 1.8 SATELLITES

P3 1.8 SATELLITES. Learning objectives Be able to explain: the period of an orbit a geostationary orbit. P3 1.8 SATELLITES. Imagine launching a satellite from a very tall mountain:. P3 1.8 SATELLITES. Imagine launching a satellite from a very tall mountain:. P3 1.8 SATELLITES.

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SATELLITE ORBITS

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SATELLITE ORBITS

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Satellite connectivity

Satellite connectivity. Skills : none IT concepts : geostationary orbit, low-earth orbit, satellite footprint, applications, latency (ping time). This work is licensed under a Creative Commons Attribution-Noncommercial-Share Alike 3.0 License. Where does this topic fit?. Internet concepts

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Using Space Science on Earth

Using Space Science on Earth. Lesson 4, Chapter 2. The Challenges of Space. Conditions in space that differ from those on Earth include near vacuum, extreme temperatures and microgravity. Many engineers and scientists have worked together to respond to the challenges in space. Vacuum.

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ORGANIZING AEROSPACE TRAFFIC MANAGEMENT USING ANSP PROGRAMS AND SYSTEMS: IS IT POSSIBLE?

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36,000 km (16 feet from SOS)

Geostationary Orbit. U.S. DEPARTMENT OF COMMERCE. NATIONAL OCEANIC AND ATMOSPHERIC ADMINISTRATION. 36,000 km (16 feet from SOS). Polar Orbit. 715 km (4 inches from SOS). Geostationary Orbit. Polar Orbit.

404 views • 1 slides