The Indian Telegraph Act, 1885

The Satellite Communication Policy, 2000

The Telecom Regulatory Authority of India Act, 1997

The Broadcasting Services Regulation Act, 2009

The Ministry of Communications

The Telecom Regulatory Authority of India (TRAI)

The Indian Space Research Organisation (ISRO)

The Department of Space

It operates and maintains India's satellites.

It allocates orbital slots for satellites.

It regulates satellite communication services.

It issues licenses for satellite communication.

A transponder is a device that receives and retransmits signals, while a dish is a device that collects and focuses signals.

A transponder is a device that transmits signals, while a dish is a device that receives signals.

A transponder is a device that amplifies signals, while a dish is a device that attenuates signals.

A transponder is a device that modulates signals, while a dish is a device that demodulates signals.

To determine the area of coverage of a satellite.

To determine the power of a satellite's signal.

To determine the frequency of a satellite's signal.

To determine the polarization of a satellite's signal.

Geostationary satellites orbit the Earth at a constant speed, while non-geostationary satellites orbit the Earth at a variable speed.

Geostationary satellites orbit the Earth at a constant altitude, while non-geostationary satellites orbit the Earth at a variable altitude.

Geostationary satellites orbit the Earth in a circular orbit, while non-geostationary satellites orbit the Earth in an elliptical orbit.

Geostationary satellites orbit the Earth in a synchronous orbit, while non-geostationary satellites orbit the Earth in an asynchronous orbit.

To send signals from Earth to a satellite.

To send signals from a satellite to Earth.

To amplify signals from a satellite.

To attenuate signals from a satellite.

To send signals from Earth to a satellite.

To send signals from a satellite to Earth.

To amplify signals from a satellite.

To attenuate signals from a satellite.

A transponder is a device that receives and retransmits signals, while a repeater is a device that amplifies signals.

A transponder is a device that transmits signals, while a repeater is a device that receives signals.

A transponder is a device that modulates signals, while a repeater is a device that demodulates signals.

A transponder is a device that is located on a satellite, while a repeater is a device that is located on Earth.

To connect satellite networks to terrestrial networks.

To connect satellite networks to other satellite networks.

To amplify signals from satellites.

To attenuate signals from satellites.

A satellite system is a collection of satellites that are used to provide a particular service, while a satellite service is a type of service that is provided by a satellite system.

A satellite system is a collection of satellites that are used to communicate with each other, while a satellite service is a type of service that is provided by a satellite system to users on Earth.

A satellite system is a collection of satellites that are used to provide a particular service, while a satellite service is a type of service that is provided by a satellite system to other satellites.

A satellite system is a collection of satellites that are used to provide a particular service, while a satellite service is a type of service that is provided by a satellite system to ground stations.

To communicate with satellites.

To track satellites.

To control satellites.

All of the above.

A satellite operator owns and operates satellites, while a satellite service provider provides services to users using satellites.

A satellite operator provides services to users using satellites, while a satellite service provider owns and operates satellites.

A satellite operator leases satellites to satellite service providers, while a satellite service provider provides services to users using satellites.

A satellite operator sells satellites to satellite service providers, while a satellite service provider provides services to users using satellites.

To assign specific frequencies to different satellite services.

To prevent interference between different satellite services.

To ensure that all satellite services have access to the spectrum.

All of the above.