How do I figure out the temperatures of certain latitudes on a planet with factors such as sunlight and the emission of heat and energy from a planet's interior assuming thr planet is smaller than earth that is warm enough that even its soil could be 80 degrees Fahrenheit yet is still cold enough not to lose its oceans? These oceans can have a warmer oceanic crust and should be larger but shallower than earthsl's oceans. The pkaent as a whole should have elevations like Venus with fewer areas of high and low elevation in comparison to earth. Particularly when the planet has no seasons and should be tropical by earth standards across it's surface? Ex: how do I figure out the temperature of the tropics if the poles are as warm as our tropics?

Yes it does have plant life that uses h20 and photosynthesis And as you can deduce if its poles are as warm as death's equator than the planet does not need to orbit a different spectral type than earth and can have a fairly similar orbit. There is still the question of the planet having different plate tectonics but more volcanic gases which was lost from description. The atmosphere should have a very similar amount of nitrogen. I think oxygen wiuldnbe effected by plant life and the mentioned increase in volcanic gases but shouldnt be dramatically high at least in comparison to the history of earth if this helps with density any.

How do I figure out the temperatures of certain latitudes on a planet with factors such as sunlight and the emission of heat and energy from a planet's interior? Assume the planet is smaller than Earth and is warm enough that even its soil could be 80 degrees Fahrenheit, yet is still cold enough not to lose its oceans. These oceans can have a warmer oceanic crust and should be larger but shallower than Earth's oceans. The planet as a whole should have elevations like Venus with fewer areas of high and low elevation in comparison to Earth. Particularly when the planet has no seasons and should be tropical by Earth standards across it's surface?

Ex: how do I figure out the temperature of the tropics if the poles are as warm as our tropics?

Yes it does have plant life that uses H2O and photosynthesis.

And, as you can deduce if its poles are as warm as Earth's equator, then the planet does not need to orbit a different spectral type from Earth and can have a fairly similar orbit.

There is still the question of the planet having different plate tectonics but more volcanic gases which was lost from description. The atmosphere should have a very similar amount of nitrogen. I think oxygen would be affected by plant life and the increase in volcanic gases but shouldn't be dramatically high, at least in comparison to the history of Earth.

How do I figure out the temperatures of certain latitudes on a planet with factors such as sunlight and the emission of heat and energy from a planet's interior assuming thr planet is smaller than earth that is warm enough that even its soil could be 80 degrees Fahrenheit yet is still cold enough not to lose its oceans? These oceans can have a warmer oceanic crust and should be larger but shallower than earthsl's oceans. The pkaent as a whole should have elevations like Venus with fewer areas of high and low elevation in comparison to earth. Particularly when the planet has no seasons and should be tropical by earth standards across it's surface? Ex: how do I figure out the temperature of the tropics if the poles are as warm as our tropics?

Yes it does have plant life that uses h20 and photosynthesis And as you can deduce if its poles are as warm as death's equator than the planet does not need to orbit a different spectral type than earth and can have a fairly similar orbit. There is still the question of the planet having different plate tectonics but more volcanic gases which was lost from description.

According to nasa our poles recieve 40% the light of earth and the tropics get 90% that of our equator so figuring out the amount at death's equator than getting 90% of that should give me a answer for the planet's equator's temperature or at least 2/5ths of it. I can divide the intensity of sunlight by a planet's biometric luminosity according to atomic rockets and pick a star based on a desired distance as I said. However having an orbit and star is best and if the tilt is not there the amount of sunlight and daylight should be different for it's surface.

How do I figure out the temperatures of certain latitudes on a planet with factors such as sunlight and the emission of heat and energy from a planet's interior assuming thr planet is smaller than earth that is warm enough that even its soil could be 80 degrees Fahrenheit yet is still cold enough not to lose its oceans? These oceans can have a warmer oceanic crust and should be larger but shallower than earthsl's oceans. The pkaent as a whole should have elevations like Venus with fewer areas of high and low elevation in comparison to earth. Particularly when the planet has no seasons and should be tropical by earth standards across it's surface? Ex: how do I figure out the temperature of the tropics if the poles are as warm as our tropics?

Yes it does have plant life that uses h20 and photosynthesis And as you can deduce if its poles are as warm as death's equator than the planet does not need to orbit a different spectral type than earth and can have a fairly similar orbit. There is still the question of the planet having different plate tectonics but more volcanic gases which was lost from description. The atmosphere should have a very similar amount of nitrogen. I think oxygen wiuldnbe effected by plant life and the mentioned increase in volcanic gases but shouldnt be dramatically high at least in comparison to the history of earth if this helps with density any.

How do I figure out the temperatures of certain latitudes on a planet with factors such as sunlight and the emission of heat and energy from a planet's interior assuming thr planet is smaller than earth that is warm enough that even its soil could be 80 degrees Fahrenheit yet is still cold enough not to lose its oceans? These oceans can have a warmer oceanic crust and should be larger but shallower than earthsl's oceans. The pkaent as a whole should have elevations like Venus with fewer areas of high and low elevation in comparison to earth. Particularly when the planet has no seasons and should be tropical by earth standards across it's surface? Ex: how do I figure out the temperature of the tropics if the poles are as warm as our tropics?

Yes it does have plant life that uses h20 and photosynthesis And as you can deduce if its poles are as warm as death's equator than the planet does not need to orbit a different spectral type than earth and can have a fairly similar orbit. There is still the question of the planet having different plate tectonics but more volcanic gases which was lost from description.

According to nasa our poles recieve 40% the light of earth and the tropics get 90% that of our equator so figuring out the amount at death's equator than getting 90% of that should give me a answer for the planet's equator's temperature or at least 2/5ths of it. I can divide the intensity of sunlight by a planet's biometric luminosity according to atomic rockets and pick a star based on a desired distance as I said.

How do I figure out the temperatures of certain latitudes on a planet with factors such as sunlight and the emission of heat and energy from a planet's interior assuming thr planet is smaller than earth that is warm enough that even its soil could be 80 degrees Fahrenheit yet is still cold enough not to lose its oceans? These oceans can have a warmer oceanic crust and should be larger but shallower than earthsl's oceans. The pkaent as a whole should have elevations like Venus with fewer areas of high and low elevation in comparison to earth. Particularly when the planet has no seasons and should be tropical by earth standards across it's surface? Ex: how do I figure out the temperature of the tropics if the poles are as warm as our tropics?

Yes it does have plant life that uses h20 and photosynthesis And as you can deduce if its poles are as warm as death's equator than the planet does not need to orbit a different spectral type than earth and can have a fairly similar orbit. There is still the question of the planet having different plate tectonics but more volcanic gases which was lost from description.

According to nasa our poles recieve 40% the light of earth and the tropics get 90% that of our equator so figuring out the amount at death's equator than getting 90% of that should give me a answer for the planet's equator's temperature or at least 2/5ths of it. I can divide the intensity of sunlight by a planet's biometric luminosity according to atomic rockets and pick a star based on a desired distance as I said. However having an orbit and star is best and if the tilt is not there the amount of sunlight and daylight should be different for it's surface.