Answer:
Explanation:
A plausible hypothesis about the temperature on the planet’s surface might be 'the temperature is higher to the Earth's surface.
How does the distance to the star shape planet's temperature?
The distance to the star shapes the planet's temperature by receiving a given amount of radiation. In this case, it is supposed that the temperature of the planet would be higher than the Earth because this planet is located at a minor distance to its corresponding star. Moreover, the planet's atmosphere is different from the Earth's since it is mainly composed of greenhouse gases (i.e. CO2 and methane), which is also important to estimate its temperature.
Therefore, we expect to observe that the temperature of the putative planet is higher than Earth's temperature due to the concentration level of greenhouse gases in its atmosphere and the relative distance to the star. OKAY MARK ME BRAINILEST THANKS PLEASE MARK ME BRAINILEST I ONLY GOT 1 BRAINILEST I WANT MOR THANKS BYEEE HOPE THIS HELPS; :))))