Question:
If you lived on Mars and observed the solar system from there, _____________ would describe retrograde loops, ______________ would always be seen near the sun, and _________________ would never be visible as crescent phases
Answer:
1. All other planets
2. Mercury, Venus, and Earth
3. Jupiter and Saturn
Explanation:
Living on Mars, all other planets would describe the retrograde loops, while the inner planets (Mercury, Venus, and Earth
) would always be seen near the sun. Planets like the Jupiter and Saturn which are far away from the sun will never have a crescent phase as those that will have a crescent phase must be between the mars and the sun
Violet color of the visible spectrum will be refracted the most, as a ray of white light passes trough a prism dispersion occurs.
Violet light refracts the most as it passes through air and into a prism during dispersion because it has a shorter wavelength in the visible light spectrum (about 400 nanometers) than red light (650 nanometers). A variety of colours make up visible light, commonly referred to as white light.
Light passing through a triangular prism frequently produces these hues. Red, orange, yellow, green, blue, and violet are created as the white light passes through the prism. Dispersion is the process through which visible light is divided into its various colours. Each colour corresponds to a different wave frequency, and different frequencies of light waves bend differently when they pass through a prism.
The correct question is "As a ray of white light passes trough a prism dispersion occurs, which among the color of the visible spectrum refracted the most?"
Learn more about Visible Spectrum here:
brainly.com/question/4901067
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Sad to say, the warning time that the residents of Sumatra had before the 2004 tsunami hit land was close from little to none. A rough estimation would around 15 - 30 minutes. They say that the primary cause would be that there wasn't any warning systems over the Indian Ocean at that time. Another thing, which is what most people who knew about it would point out as the real problem, is that there was no issuance of a warning in the first place. The quake was detected an hour or so before the tsunami occurred in the Pacific Tsunami Warning Centre located in Ewo, Hawaii. At that moment, the information was relayed to Australia and to the rest of the world. The question wasn't why the Centre didn't issue a warning, but why the whole world network of information didn't issue one. They say that other sophisticated data were available at that time and almost immediately since the tsunami was active.
Answer:
Because time varies with change in longitudes
