LMAO. Every "alternate cosmology" person always ends up being exactly the same. As I said, I don't mind what people believe, so believe what you want. I will point out, though, that if you had read the entire article you linked in your third question, you would have seen exactly what I have been saying to you (please take the time to read this and think about what the words mean before responding):

The temperature of outer space is measured in terms of the kinetic activity of the gas, as it is on Earth. The radiation of outer space has a different temperature than the kinetic temperature of the gas, meaning that the gas and radiation are not in thermodynamic equilibrium. All of the observable universe is filled with photons that were created during the Big Bang, which is known as the cosmic microwave background radiation (CMB). (There is quite likely a correspondingly large number of neutrinos called the cosmic neutrino background.) The current black body temperature of the background radiation is about 2.7 K (−270 °C; −455 °F). The gas temperatures in outer space can vary widely. For example, the temperature in the Boomerang Nebula is 1 K (−272 °C; −458 °F), while the solar corona reaches temperatures of 1,200,000–2,600,000 K (2,200,000–4,700,000 °F).

Like I said, I am not making anything up. You are welcome to not accept this and substitute your own beliefs, I was just telling you what the conventional science answer is. But your idea is relying on "the temperature of space" being 2.7 K. That is not your own figure, it is the "conventional science" figure. Your understanding of what it means to say "space is 2.7 K" is not quite right, and I was just letting you know. If you want to tell yourself that I am avoiding the question because I don't have a factual answer, then that is fine.

This is not a hard question.

Agreed. The answer is quoted right here. The temperature is dependent upon what you are near. Where the earth is, due to the proximity to the sun the ambient radiation temperature is about 140 degrees F, unless you are in the earth's shadow, where it can be a couple hundred degrees less than that. The temperature of the rarefied gases can be all over the place. Just look at the thermosphere to see how extreme it can be. It may seem like I am dodging the question, but this is the right answer.

LMAO. Every "alternate cosmology" person always ends up being exactly the same. As I said, I don't mind what people believe, so believe what you want. I will point out, though, that if you had read the entire article you linked in your third question, you would have seen exactly what I have been saying to you (please take the time to read this and think about what the words mean before responding):

The temperature of outer space is measured in terms of the kinetic activity of the gas, as it is on Earth. The radiation of outer space has a different temperature than the kinetic temperature of the gas, meaning that the gas and radiation are not in thermodynamic equilibrium. All of the observable universe is filled with photons that were created during the Big Bang, which is known as the cosmic microwave background radiation (CMB). (There is quite likely a correspondingly large number of neutrinos called the cosmic neutrino background.) The current black body temperature of the background radiation is about 2.7 K (−270 °C; −455 °F). The gas temperatures in outer space can vary widely. For example, the temperature in the Boomerang Nebula is 1 K (−272 °C; −458 °F), while the solar corona reaches temperatures of 1,200,000–2,600,000 K (2,200,000–4,700,000 °F).

Like I said, I am not making anything up. You are welcome to not accept this and substitute your own beliefs, I was just telling you what the conventional science answer is. But your idea is relying on "the temperature of space" being 2.7 K. That is not your own figure, it is the "conventional science" figure. Your understanding of what it means to say "space is 2.7 K" is not quite right, and I was just letting you know. If you want to tell yourself that I am avoiding the question because I don't have a factual answer, then that is fine.

This is not a hard question.

Agreed. The answer is quoted right here. It is dependent upon what you are near. Near earth, due to proximity to the sun the ambient radiation temperature is about 140 degrees F, unless you are in the earth's shadow, where it can be a couple hundred degrees less than that. The temperature of the rarefied gases can be all over the place. Just look at the thermosphere to see how extreme it can be. It may seem like I am dodging the question, but this is the right answer.

LMAO. Every "alternate cosmology" person always ends up being exactly the same. As I said, I don't mind what people believe, so believe what you want. I will point out, though, that if you had read the entire article you linked in your third question, you would have seen exactly what I have been saying to you (please take the time to read this and think about what the words mean before responding):

The temperature of outer space is measured in terms of the kinetic activity of the gas, as it is on Earth. The radiation of outer space has a different temperature than the kinetic temperature of the gas, meaning that the gas and radiation are not in thermodynamic equilibrium. All of the observable universe is filled with photons that were created during the Big Bang, which is known as the cosmic microwave background radiation (CMB). (There is quite likely a correspondingly large number of neutrinos called the cosmic neutrino background.) The current black body temperature of the background radiation is about 2.7 K (−270 °C; −455 °F). The gas temperatures in outer space can vary widely. For example, the temperature in the Boomerang Nebula is 1 K (−272 °C; −458 °F), while the solar corona reaches temperatures of 1,200,000–2,600,000 K (2,200,000–4,700,000 °F).

Like I said, I am not making anything up. You are welcome to not accept this and substitute your own beliefs, I was just telling you what the conventional science answer is. But your idea is relying on "the temperature of space" being 2.7 K. That is not your own figure, it is the "conventional science" figure. Your understanding of what it means to say "space is 2.7 K" is not quite right, and I was just letting you know. If you want to tell yourself that I am avoiding the question because I don't have a factual answer, then that is fine.

This is not a hard question.

Agreed. The answer is quoted right here. It is dependent upon what you are near. Near earth, due to proximity to the sun the ambient radiation temperature is about 140 degrees F, unless you are in the earth's shadow, where it can be a couple hundred degrees less than that. This may seem like I am dodging the question, but it is the right answer. The temperature of the rarefied gases can be all over the place. Just look at the thermosphere to see how extreme it can be.

LMAO. Every "alternate cosmology" person always ends up being exactly the same. As I said, I don't mind what people believe, so believe what you want. I will point out, though, that if you had read the entire article you linked in your third question, you would have seen exactly what I have been saying to you (please take the time to read this and think about what the words mean before responding):

The temperature of outer space is measured in terms of the kinetic activity of the gas, as it is on Earth. The radiation of outer space has a different temperature than the kinetic temperature of the gas, meaning that the gas and radiation are not in thermodynamic equilibrium. All of the observable universe is filled with photons that were created during the Big Bang, which is known as the cosmic microwave background radiation (CMB). (There is quite likely a correspondingly large number of neutrinos called the cosmic neutrino background.) The current black body temperature of the background radiation is about 2.7 K (−270 °C; −455 °F). The gas temperatures in outer space can vary widely. For example, the temperature in the Boomerang Nebula is 1 K (−272 °C; −458 °F), while the solar corona reaches temperatures of 1,200,000–2,600,000 K (2,200,000–4,700,000 °F).

Like I said, I am not making anything up. You are welcome to not accept this and substitute your own beliefs, I was just telling you what the conventional science answer is. But your idea is relying on "the temperature of space" being 2.7 K. That is not your own figure, it is the "conventional science" figure. Your understanding of what it means to say "space is 2.7 K" is not quite right, and I was just letting you know. If you want to tell yourself that I am avoiding the question because I don't have a factual answer, then that is fine.

This is not a hard question.

Agreed. The answer is quoted right here. It is dependent upon what you are near. Near earth, due to proximity to the sun the ambient radiation temperature is about 140 degrees F, unless you are in the earth's shadow, where it can be a couple hundred degrees less than that. This may seem like I am dodging the question, but it is the right answer. The temperature of the gases can be all over the place. Just look at the thermosphere to see this.

LMAO. Every "alternate cosmology" person always ends up being exactly the same. As I said, I don't mind what people believe, so believe what you want. I will point out, though, that if you had read the entire article you linked in your third question, you would have seen exactly what I have been saying to you (please take the time to read this and think about what the words mean before responding):

The temperature of outer space is measured in terms of the kinetic activity of the gas, as it is on Earth. The radiation of outer space has a different temperature than the kinetic temperature of the gas, meaning that the gas and radiation are not in thermodynamic equilibrium. All of the observable universe is filled with photons that were created during the Big Bang, which is known as the cosmic microwave background radiation (CMB). (There is quite likely a correspondingly large number of neutrinos called the cosmic neutrino background.) The current black body temperature of the background radiation is about 2.7 K (−270 °C; −455 °F). The gas temperatures in outer space can vary widely. For example, the temperature in the Boomerang Nebula is 1 K (−272 °C; −458 °F), while the solar corona reaches temperatures of 1,200,000–2,600,000 K (2,200,000–4,700,000 °F).

Like I said, I am not making anything up. You are welcome to not accept this and substitute your own beliefs, I was just telling you what the conventional science answer is. But your idea is relying on "the temperature of space" being 2.7 K. That is not your own figure, it is the "conventional science" figure. Your understanding of what it means to say "space is 2.7 K" is not quite right, and I was just letting you know. If you want to tell yourself that I am avoiding the question because I don't have a factual answer, then that is fine.

This is not a hard question.

Agreed. The answer is quoted right here. It is dependent upon what you are near. Near earth, due to proximity to the sun the ambient radiation temperature is about 140 degrees F, unless you are in the earth's shadow, where it can be a couple hundred degrees less than that. This may seem like I am dodging the question, but it is the right answer.

LMAO. Every "alternate cosmology" person always ends up being exactly the same. As I said, I don't mind what people believe, so believe what you want. I will point out, though, that if you had read the entire article you linked in your third question, you would have seen exactly what I have been saying to you (please take the time to read this and think about what the words mean before responding):

The temperature of outer space is measured in terms of the kinetic activity of the gas, as it is on Earth. The radiation of outer space has a different temperature than the kinetic temperature of the gas, meaning that the gas and radiation are not in thermodynamic equilibrium. All of the observable universe is filled with photons that were created during the Big Bang, which is known as the cosmic microwave background radiation (CMB). (There is quite likely a correspondingly large number of neutrinos called the cosmic neutrino background.) The current black body temperature of the background radiation is about 2.7 K (−270 °C; −455 °F). The gas temperatures in outer space can vary widely. For example, the temperature in the Boomerang Nebula is 1 K (−272 °C; −458 °F), while the solar corona reaches temperatures of 1,200,000–2,600,000 K (2,200,000–4,700,000 °F).

Like I said, I am not making anything up. You are welcome to not accept this and substitute your own beliefs, I was just telling you what the conventional science answer is. But your idea is relying on "the temperature of space" being 2.7 K. That is not your own figure, it is the "conventional science" figure. Your understanding of what it means to say "space is 2.7 K" is not quite right, and I was just letting you know. If you want to tell yourself that I am avoiding the question because I don't have a factual answer, then that is fine.

This is not a hard question.

Agreed. The answer is quoted right here. It is dependent upon what you are near. Near earth, due to proximity to the sun the temperature is about 140 degrees F, unless you are in the earth's shadow, where it can be a couple hundred degrees less than that. This may seem like I am dodging the question, but it is the right answer.

LMAO. Every "alternate cosmology" person always ends up being exactly the same. As I said, I don't mind what people believe, so believe what you want. I will point out, though, that if you had read the entire article you linked in your third question, you would have seen exactly what I have been saying to you (please take the time to read this and think about what the words mean before responding):

The temperature of outer space is measured in terms of the kinetic activity of the gas, as it is on Earth. The radiation of outer space has a different temperature than the kinetic temperature of the gas, meaning that the gas and radiation are not in thermodynamic equilibrium. All of the observable universe is filled with photons that were created during the Big Bang, which is known as the cosmic microwave background radiation (CMB). (There is quite likely a correspondingly large number of neutrinos called the cosmic neutrino background.) The current black body temperature of the background radiation is about 2.7 K (−270 °C; −455 °F). The gas temperatures in outer space can vary widely. For example, the temperature in the Boomerang Nebula is 1 K (−272 °C; −458 °F), while the solar corona reaches temperatures of 1,200,000–2,600,000 K (2,200,000–4,700,000 °F).

Like I said, I am not making anything up. You are welcome to not accept this and substitute your own beliefs, I was just telling you what the conventional science answer is. But your idea is relying on "the temperature of space" being 2.7 K. That is not your own figure, it is the "conventional science" figure. Your understanding of what it means to say "space is 2.7 K" is not quite right, and I was just letting you know. If you want to tell yourself that I am avoiding the question because I don't have a factual answer, then that is fine.

This is not a hard question.

Agreed. The answer is quoted right here. It is dependent upon what you are near. Near earth, due to proximity to the sun the temperature is about 140 degrees F, unless you are in the earth's shadow, at which can be a couple hundred less than that. This may seem like I am dodging the question, but it is the right answer.

LMAO. Every "alternate cosmology" person always ends up being exactly the same. As I said, I don't mind what people believe, so believe what you want. I will point out, though, that if you had read the entire article you linked in your third question, you would have seen exactly what I have been saying to you (please take the time to read this and think about what the words mean before responding):

The temperature of outer space is measured in terms of the kinetic activity of the gas, as it is on Earth. The radiation of outer space has a different temperature than the kinetic temperature of the gas, meaning that the gas and radiation are not in thermodynamic equilibrium. All of the observable universe is filled with photons that were created during the Big Bang, which is known as the cosmic microwave background radiation (CMB). (There is quite likely a correspondingly large number of neutrinos called the cosmic neutrino background.) The current black body temperature of the background radiation is about 2.7 K (−270 °C; −455 °F). The gas temperatures in outer space can vary widely. For example, the temperature in the Boomerang Nebula is 1 K (−272 °C; −458 °F), while the solar corona reaches temperatures of 1,200,000–2,600,000 K (2,200,000–4,700,000 °F).

Like I said, I am not making anything up. You are welcome to not accept this and substitute your own beliefs, I was just telling you what the conventional science answer is. But your idea is relying on "the temperature of space" being 2.7 K. That is not your own figure, it is the "conventional science" figure. Your understanding of what it means to say "space is 2.7 K" is not quite right, and I was just letting you know. If you want to tell yourself that I am avoiding the question because I don't have a factual answer, then that is fine.

This is not a hard question.

Agreed. The answer is quoted right here.