Solar energy
The Canadarm is a type of robotic arm developed in Canada. It has been used on Space Shuttle missions to help retrieve damaged satellites, launch new satellites and in the building of the International Space Station. It was used 90 different times in space.
Satellites don't provide power for space shuttles. The shuttle could receive power from the international space station, but besides that, the shuttle wouldn't take any power from any satellites.
atomic
Most egg timers would work in space (zero gravity) apart from the sand hourglass type. The rely on springs and gears to keep time not weights.
The main type of satellites are: 1) Geostationary 2) Polar
Stars, satellites, and something else
It is mainly solar energy. Since all you need to avail it is photovoltaic cells. As there is no atmosphere to block the sunrays, you get plenty of solar energy in space.
put dynamite in space XD
The Canadarm is a type of robotic arm developed in Canada. It has been used on Space Shuttle missions to help retrieve damaged satellites, launch new satellites and in the building of the International Space Station. It was used 90 different times in space.
Satellites don't provide power for space shuttles. The shuttle could receive power from the international space station, but besides that, the shuttle wouldn't take any power from any satellites.
Satellites run using solar panels.
None. Whilst sound itself is a form of energy, no type takes up space as it is not made of atoms.
Photovoltaic arrays are used( in conjunction with accumulators - batteries - to store energy when the satellite's solar panels are in shadow).
"They convert solar energy to electricity,this fuels all the activities of the satellite." your wrong. yes they use solar energy to power the electrical equipment, however, they also have fuel to power the booster engines to realign them when going off course. The fuel used to power the engine(s) is typically hydrazine (N2H4).
Geostationary satellites are the ones used for GPS satellites.
Photosynthesis is powered by light energy from the sun; and sunlight is a type of energy called electromagnetic energy or radiation. Electromagnetic energy travels in space as rhythmic waves.
Environmental satellites provide data in several different formats. The most commonly used channels on weather satellites used are the visible, infrared, and water vapor satellites. Each of these channels on the satellite sensors is sensitive to energy (electromagnetic energy) at a particular range of frequencies, therefore each type provides a different view of the Earth, its atmosphere, and its oceans. Researchers rely on all three types of data, and often use them together to better understand the interactions between the atmosphere, oceans, and the Earth's surface.In this activity, you will read about each type of image and compare visible, infrared, and water vapor imagery to observe the differences. You will be able to describe the use of each type of satellite imagery and use all three together to describe the atmospheric conditions over a portion of the Earth. There are several images to compare that consist of different views of the same scene.Advanced Television infrared Observation Satellites ( TIROS-N or ATN) and Geostationary Operational Environmental Satellites (GOES).