Question

The following system has been discovered. Calculate its properties and determine whether the planet can support liquid water. Star: Koprulu Mass: 2.35 M. Luminosity: 19.9L: Temperature: 8789K Flux at Planet's Location: Wim Effective Temperature: к Planet: Alur Orbital Radius: 4.63 AU Greenhouse Effect: (select) Surlace Temperature: Surface Pressure: 4.50 atm Albedo: 0.67 Energy Absorbed: 42.5% Energy Transmitted: 57.5% Liquid Water: (select) < HISTORY SUBMIT GHE - Assessment Maximize points by completing the tasks correctly on first attempt Incorrect responses incur a 5 point penalty per attempt The following system has been discovered. Calculate its properties and determine whether the planet can support liquid water Star: Koprulu Mass: 2.35 Ms Luminosity: 19.9 Ls Temperature: 8789K W/m2 Flux at Planet's Location: Effective Temperature к Planet: Alur Orbital Radius: 4.63 AU Greenhouse Effect: (select) Surface Temperature: Surface Pressure: 4.50 atm Albedo: 0.6 Liquid Water? (select) Energy Absorbed: 42.5% Energy Transmitted: 57.5%

Answer 1

Alur's potential to harbour liquid water is determined by its radiation budget and presence within the habitable zone. Given its high albedo and distance from the star Koprulu, without a substantial greenhouse effect, Alur may not support liquid water.

Step-by-step explanation:

The capacity for a planet to support liquid water is contingent upon the planet's radiation budget which includes stellar energy absorption, reflection, and the greenhouse effect. The presence of liquid water also depends on a planet's position within the habitable zone. In the given scenario, assessing the potential for liquid water on planet Alur would require us to consider its orbital radius of 4.63 AU from the star Koprulu, its albedo of 0.67 which indicates how much light it reflects, and the planet's surface pressure. To maintain liquid water, the surface temperature should be within the range where water can remain liquid, typically 0-100°C under Earth-like conditions.

Without specifics on Alur's greenhouse effect, it is challenging to ascertain the precise surface temperature. However, with the high albedo and its distance from its star, it is likely that Alur is quite cold and might be outside the habitable zone. Considering the high albedo and substantial orbital distance, unless there is a significant greenhouse effect, Alur is more likely to resemble Mars with its mostly frozen water than Earth with its abundant liquid water reserves.

Answer 2

The ability of a planet to support liquid water depends on its radiation budget, which is determined by several factors such as the star's luminosity and the planet's orbital radius and albedo. The greenhouse effect and surface temperature also play a role in determining whether a planet can support liquid water. However, based on the given information, we cannot determine whether the planet in question can support liquid water.

Step-by-step explanation:

The ability of a planet to support liquid water depends on its radiation budget, which is determined by several factors. The star's luminosity and the planet's orbital radius and albedo all contribute to how much starlight energy the planet receives. The planet's greenhouse effect also plays a role in retaining heat. In order to determine whether a planet can support liquid water, we need to consider the surface temperature and pressure, as well as the energy absorbed and transmitted.

In this case, the properties of the system are as follows: Star: Koprulu with a mass of 2.35 M and a luminosity of 19.9 L. The planet, Alur, has an orbital radius of 4.63 AU. The surface pressure is 4.50 atm and the albedo is 0.67. The energy absorbed is 42.5%, while the energy transmitted is 57.5%.

In order to determine whether the planet can support liquid water, we need to consider the greenhouse effect and surface temperature. Since the greenhouse effect is not specified, we cannot make a definitive conclusion about whether the planet can support liquid water. However, the surface temperature can give us some indication. With an effective temperature of к, which is not provided, we cannot determine the surface temperature. Therefore, we cannot determine whether the planet can support liquid water based on the given information.