NASA | TDRS: Continuing The Fleet

The video details the launch and deployment of NASA's TETRIS K satellite, part of the next generation of Tracking and Data Relay Satellites (TDRS). It covers the launch from Cape Canaveral using an Atlas 5 rocket, the separation of the spacecraft, and its journey to geosynchronous orbit. The deployment of antennas and solar arrays is explained, followed by a testing phase before the satellite becomes operational. This ensures continuous space-to-ground communication.

What is the primary purpose of the Tetris K satellite launched by NASA?

• To monitor Earth's weather

• To study the Sun

• To provide continuous space communication

• To explore Mars

What happens after the Atlas 5 main engine separates from the Centaur engine?

• The antennas are deployed

• The spacecraft enters low Earth orbit

• The protective shield reveals the spacecraft

• The spacecraft lands back on Earth

How long does it take for the Tetris K spacecraft to reach its final location in geosynchronous orbit?

• 11 days

• 5 days

• 20 days

• 15 days

What is the first step in the deployment sequence once the spacecraft reaches geosynchronous orbit?

• Deploying the SG L and Omni antennas

• Unfolding the first solar array

• Starting the testing and calibration period

• Releasing the antenna reflectors

What is the duration of the testing and calibration period before the Tetris K satellite is placed into service?

• Three months

• Four months

• Two months

• One month