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What would a neighbor look like on the planet uranus based on its living conditions?
Frozen to death.
What would a neighbor look like on mercury based on living conditions?
The neighbour would not exist. The tenuous atmosphere means that the neighbour's body would explode.
What would a neighbor look like on the neptune based on its living conditions?
A neighbor on Neptune would likely be an adaptation of extremophile organisms, featuring robust, pressure-resistant physiology to withstand the planet's intense atmospheric conditions. They might have bioluminescent properties to navigate the dark, cold environment, and a gelatinous or flexible body structure to cope with high winds and thick clouds of ammonia and methane. Their coloration could range from deep blues to greens, blending with the planet’s gaseous atmosphere, and they would likely possess specialized appendages or fins for movement in the dense atmosphere. Overall, they would be uniquely adapted to thrive in one of the most hostile environments in our solar system.
Plant classification based on the living conditions of plants?
Not so much. Linnaeus started classifying plant by the differences in their reproductive organs. The broad classification by living conditions would probably split plant into water and land based plants.
Astronomers predicted the existence and orbit of Neptune based on?
Astronomers predicted the existence and orbit of Neptune based on discrepancies in the orbit of Uranus. These discrepancies suggested the gravitational influence of another planet beyond Uranus, leading to the discovery of Neptune in 1846.
What would a neighbor look like on the uranus based on its living conditions?
Frozen to death.
What would a neighbor look like on the planet uranus based on its living conditions?
Frozen to death.
What would a neighbor look like on mercury based on its living conditions?
The neighbour would not exist. The tenuous atmosphere means that the neighbour's body would explode.
What would a neighbor look like on mercury based on living conditions?
The neighbour would not exist. The tenuous atmosphere means that the neighbour's body would explode.
What would a neighbor look like on the planet based on its living condition?
Frozen to death.
What would a neighbor look like on the neptune based on its living conditions?
A neighbor on Neptune would likely be an adaptation of extremophile organisms, featuring robust, pressure-resistant physiology to withstand the planet's intense atmospheric conditions. They might have bioluminescent properties to navigate the dark, cold environment, and a gelatinous or flexible body structure to cope with high winds and thick clouds of ammonia and methane. Their coloration could range from deep blues to greens, blending with the planet’s gaseous atmosphere, and they would likely possess specialized appendages or fins for movement in the dense atmosphere. Overall, they would be uniquely adapted to thrive in one of the most hostile environments in our solar system.
Plant classification based on the living conditions of plants?
Not so much. Linnaeus started classifying plant by the differences in their reproductive organs. The broad classification by living conditions would probably split plant into water and land based plants.
How did the Neptune Society get its name?
Neptune is the Roman god of the sea, so it was based upon that.
Is the US a good neighbor today based upon Roosevelt's good neighbor policy?
No.
What did Adams and Leverrier predict the position of Neptune based on its effects on?
Adams and Leverrier predicted the position of Neptune based on its effects on the orbit of Uranus.
Astronomers predicted the existence and orbit of Neptune based on?
Astronomers predicted the existence and orbit of Neptune based on discrepancies in the orbit of Uranus. These discrepancies suggested the gravitational influence of another planet beyond Uranus, leading to the discovery of Neptune in 1846.
What effects did Adams and Leverrier both predict the position of Neptune based on?
Adams and Leverrier both predicted the position of Neptune based on gravitational disturbances observed in the orbit of Uranus.
