Where does the coma of a comet typically form? They typically form as the comet approaches Mercury's orbit, where the Sun's photons push gasses away from its surface. Near Earth's orbit at 1 AU where the solar wind pushes its gas and plasma away from the Sun. O Near Jupiter's orbit where sunlight is strong enough to melt some of the material in the comet's frozen nucleus. O In the Kuiper Belt with their tails caused by the inward pull of Jupiter's gravity. In the Oort Cloud with their tails caused by the inward pull of the Sun's gravity.

Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
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Please answer both the questions,it's a request...and just give the explanation for the correct option..no need to explain all the options... thank you.
Where does the coma of a comet typically form?
O They typically form as the comet approaches Mercury's orbit, where the Sun's photons push gasses away from its surface.
Near Earth's orbit at 1 AU where the solar wind pushes its gas and plasma away from the Sun.
O Near Jupiter's orbit where sunlight is strong enough to melt some of the material in the comet's frozen nucleus.
O In the Kuiper Belt with their tails caused by the inward pull of Jupiter's gravity.
O In the Oort Cloud with their tails caused by the inward pull of the Sun's gravity.
Among the Terrestrial Planets (Zone-1 objects), Earth is UNIQUE --- it is the only place where
O objects have hit its surface in the past.
O non-active volcanoes exist.
O severe effects
plate
onics can be experienced
current times.
O frozen water might be found at its poles or in shadowed craters.
O carbon dioxide is the major Green House gas in its atmosphere.
Transcribed Image Text:Where does the coma of a comet typically form? O They typically form as the comet approaches Mercury's orbit, where the Sun's photons push gasses away from its surface. Near Earth's orbit at 1 AU where the solar wind pushes its gas and plasma away from the Sun. O Near Jupiter's orbit where sunlight is strong enough to melt some of the material in the comet's frozen nucleus. O In the Kuiper Belt with their tails caused by the inward pull of Jupiter's gravity. O In the Oort Cloud with their tails caused by the inward pull of the Sun's gravity. Among the Terrestrial Planets (Zone-1 objects), Earth is UNIQUE --- it is the only place where O objects have hit its surface in the past. O non-active volcanoes exist. O severe effects plate onics can be experienced current times. O frozen water might be found at its poles or in shadowed craters. O carbon dioxide is the major Green House gas in its atmosphere.
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