Скачать или смотреть Orbit of Synchronous satellite and Asynchr satellite.

A synchronous satellite and an asynchronous satellite differ primarily in their orbital relationship with Earth’s rotation.

1. Synchronous Satellite (Geosynchronous Satellite)

A synchronous satellite, specifically a geostationary or geosynchronous satellite, orbits Earth at the same rotational speed as Earth itself.

This type of satellite is placed at an altitude of about 35,786 km (22,236 miles) above the equator.

It takes 24 hours to complete one orbit, matching Earth’s rotation period. This means it appears to "hover" over a fixed point on Earth.

Uses: Commonly used for communications, weather monitoring, and broadcasting, as it provides continuous coverage of the same region.


2. Asynchronous Satellite (Non-Synchronous Satellite)

An asynchronous satellite does not match Earth’s rotational period. It orbits at a different speed, altitude, or inclination, meaning it does not stay fixed over one point.

These satellites can have varied orbits like low Earth orbit (LEO) or medium Earth orbit (MEO), which are closer to Earth and allow faster orbits.

Because they orbit at different speeds, they appear to move across the sky from a given point on Earth.

Uses: Typically used for GPS, remote sensing, and scientific observations, as they can cover different regions of Earth during each orbit.


In summary:

Synchronous (Geostationary/Geosynchronous): Fixed position over one Earth location, used for constant coverage.

Asynchronous (Non-Synchronous): Variable position, covers different areas as it orbits.


#SynchronousSatellite
#AsynchronousSatellite
#SatelliteTechnology
#GeostationaryOrbit
#GeosynchronousSatellite
#SatelliteCommunication
#SpaceOrbit
#SpaceTechnology
#EarthObservation
#RemoteSensing
#SpaceExploration
#SatelliteInnovation
#TelecommunicationSatellite
#WeatherSatellite
#OrbitingEarth
#GlobalCommunication
#SpaceEngineering
#SatelliteSystems
#SatelliteOrbits
#SatelliteNetwork
#EarthOrbit
#OrbitalMechanics
#SatelliteTracking
#SpaceScience
#LEOSatellites
#MEOSatellites
#SatelliteDesign
#OrbitalDynamics
#SatelliteData
#SpaceResearch
#SatelliteCoverage
#SpaceIndustry
#HighOrbit
#LowEarthOrbit
#MediumEarthOrbit
#BroadcastSatellite
#RealTimeCommunication
#EarthStation
#SatelliteLaunch
#AerospaceEngineering
#EarthMonitoring
#SatelliteImagery
#ClimateMonitoring
#NavigationSatellite
#SpaceInfrastructure
#SpaceTechnologyTrends
#GlobalConnectivity
#OrbitalPhysics
#Astronomy
#SpaceInnovation
#SatelliteDevelopment
#Inertialclasses #physics #shorts#mechanics #class12 #satelliteorbit #classicalmechanics #motion of planet.