Dark smudges on the surface of Neptune’s moon Triton appear to be the result of a. organic polymers resulting from ammonia interacting with Neptune’s magnetic field. b. impact debris from asteroid collisions releasing organic matter under the icy crust falling back to the surface as smudges behind the craters. c. methane, converted by sunlight into dark deposits, ejected into space during the eruption of geysers of liquid nitrogen. d. disintegration of ring particles falling on the planet and confined to thin smudges by the planet’s magnetic field.
Dark smudges on the surface of Neptune’s moon Triton appear to be the result of a. organic polymers resulting from ammonia interacting with Neptune’s magnetic field. b. impact debris from asteroid collisions releasing organic matter under the icy crust falling back to the surface as smudges behind the craters. c. methane, converted by sunlight into dark deposits, ejected into space during the eruption of geysers of liquid nitrogen. d. disintegration of ring particles falling on the planet and confined to thin smudges by the planet’s magnetic field.
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
Section: Chapter Questions
Problem 1LR
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Dark smudges on the surface of Neptune’s moon Triton appear to be the result of
a. |
organic
|
|
b. |
impact debris from asteroid collisions releasing organic matter under the icy crust falling back to the surface as smudges behind the craters.
|
|
c. |
methane, converted by sunlight into dark deposits, ejected into space during the eruption of geysers of liquid nitrogen.
|
|
d. |
disintegration of ring particles falling on the planet and confined to thin smudges by the planet’s magnetic field.
|
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