'Geostationary satellite' diaporamas de présentation

Satellites

Satellites. Universal Gravitational Constant Force due to Gravity Centripetal Force. F g = mg. Mass of the earth. F g = mg F g = G mm e r 2. Mass of the earth. F g = mg F g = G mm e r 2 mg = G mm e r 2. Mass of the earth. F g = mg

876 views • 74 slides

CHAPTER 2

Organizational Strategy, Competitive Advantage, and Information Systems . CHAPTER 2. CHAPTER OUTLINE. 2.1 Business Processes 2.2 Business Process Reengineering and Business Process Management 2.3 Business Pressures, Organizational Responses, and Information Technology Support

848 views • 60 slides

Weather Forecasting Chapter 9

Weather Forecasting Chapter 9. Dr. Craig Clements SJSU Met 10. How to prepare a Weather Forecast. Acquisition of weather information Weather forecasting tools Weather forecasting methods

502 views • 27 slides

Satellites

453 views • 26 slides

National Satellite and Information Service

National Satellite and Information Service. Geostationary Operational Environmental Satellites (GOES). 4th GOES User's Conference. Mary E. Kicza Deputy Assistant Administrator for Satellite and Information Services National Oceanic and Atmospheric Administration May 1, 2006. AGENDA.

343 views • 19 slides

Polar Remote Sensing

242 views • 14 slides

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

252 views • 10 slides

Yongseung Kim Remote Sensing Department Korea Aerospace Research Institute

High Resolution Visible and IR Sensors (HiRVIS) on Geostationary Satellite. Yongseung Kim Remote Sensing Department Korea Aerospace Research Institute. Mission Concepts. ? Meteorological satellite ? High Resolution Visible & IR sensor (tentatively, HiRVIS) for ocean observation

178 views • 5 slides