I have the same question in the textbook the answer is that satellites use sensors to detect changes in the wavelength of light that is reflected from earth surface. They send this information to computers on Earth, which process into images.
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Early satellite communication used radio-transmitters to transfer imagery and data to earth ground stations. Some fixed satellites today use microwave radio relay technology to communicate with the ground which is complementary to that of communication cables.
Some of the commercial satellites that capture imagery of the Earth include GeoEye and DigitalGlobe, which provide the imagery used by Google Maps, Google Earth, and others.
Satellites capture images of Earth using sensors that detect different wavelengths of light. These images are transmitted to computers on the ground for processing and analysis. Computers process the raw satellite data, stitch together multiple images, and enhance the final images before making them available for viewing or analysis.
Images of weather systems on television come from satellites, radar systems, and weather stations. Satellites provide a view of global weather patterns, while radar systems detect precipitation in real-time. Weather stations provide localized data and observations to enhance the accuracy of forecasts.
Jupiter has natural satellites, also known as moons, as well as robotic satellites sent by humans to study the planet. Robotic satellites, such as the Juno spacecraft, have been used to gather data and images of Jupiter to enhance our understanding of the planet.
As of now, no satellites have been sent to Uranus. All the images and data we have about Uranus have been obtained from telescopes and fly-by missions.
Placing telescopes on satellites reduces atmospheric interference, allowing for clearer images. Satellites also provide a better vantage point for observing large areas of the sky and can access wavelengths of light that are absorbed by Earth's atmosphere. Additionally, satellites can avoid light pollution and move to different orbits for different observations.
Electron microscopes use beams of electrons instead of light to produce magnified images of samples. These electron beams are focused onto the sample and interact with its surface to generate high-resolution images.
Satellites carry cameras (visible light, infrared and ultraviolet)and radar. They produce very good images of the earth that can be studied.
Geographers use satellites to study the Earth by collecting data on land use, vegetation cover, urbanization, climate patterns, and natural disasters. Satellites provide a global perspective and consistent data over time, allowing geographers to analyze and monitor changes on the Earth's surface at different scales. Geographic information obtained from satellites is used for mapping, spatial analysis, and understanding the dynamics of the Earth's systems.
Yes, satellite images based on data obtained by land sat satellites.
the magnetic resonance imaging, also abbrieviated as: M.R.IA digital camera uses short bursts of a magnetic field to produce images. The images are then stored on a disk or other memory source within the camera. The disk can then be inserted into most computers to download the images.
For example digital computers to edit images, (digital) cameras to obtain images or computers to render them.
Instruments like cameras and sensors are used on spacecraft to capture images of outer space. These images are then transmitted back to Earth through radio signals using antennas such as high-gain and low-gain antennas. The data is received by ground stations on Earth, which then process and distribute the images to the relevant organizations for further analysis.
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The best place to find images of old computers is the old computers website. There you can browser different models, when they came out, specifications, and images of them.
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Images of weather systems on television come from satellites, radar systems, and weather stations. Satellites provide a view of global weather patterns, while radar systems detect precipitation in real-time. Weather stations provide localized data and observations to enhance the accuracy of forecasts.
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