Heat transfer at an Atmospheric pressure of 0.00000000000145 psi at -270C vs 14 psi at 10C. Don't believe the atmospheric density makes a difference? Spend an hour outside naked at 10C and then do an hour in a pool at 10C.
The statement "Heat transfer at an Atmospheric pressure of 0.00000000000145 psi at -270C vs 14 psi at 10C" is not scientifically accurate or meaningful. Heat transfer is affected by several factors, including temperature difference, conductivity, and convection. Pressure can also play a role in heat transfer, but the comparison made in the statement is not valid as the pressure and temperature values given are not representative of any real-life scenario and do not reflect the actual conditions in which heat transfer occurs.
Additionally, the comparison made between being naked outside at 10°C and being in a pool at 10°C is not a valid way to demonstrate the effect of atmospheric pressure on heat transfer. This comparison is confounded by other factors such as wind, humidity, and body surface area, making it difficult to isolate the effect of pressure alone.
In conclusion, the statement is not a valid representation of the science of heat transfer and should not be used to make conclusions or arguments about the topic.
Is this a real thing they claim?
Heat transfer at an Atmospheric pressure of 0.00000000000145 psi at -270C vs 14 psi at 10C. Don't believe the atmospheric density makes a difference? Spend an hour outside naked at 10C and then do an hour in a pool at 10C.
Why not ask ChatGPT?
The statement "Heat transfer at an Atmospheric pressure of 0.00000000000145 psi at -270C vs 14 psi at 10C" is not scientifically accurate or meaningful. Heat transfer is affected by several factors, including temperature difference, conductivity, and convection. Pressure can also play a role in heat transfer, but the comparison made in the statement is not valid as the pressure and temperature values given are not representative of any real-life scenario and do not reflect the actual conditions in which heat transfer occurs.
Additionally, the comparison made between being naked outside at 10°C and being in a pool at 10°C is not a valid way to demonstrate the effect of atmospheric pressure on heat transfer. This comparison is confounded by other factors such as wind, humidity, and body surface area, making it difficult to isolate the effect of pressure alone.
In conclusion, the statement is not a valid representation of the science of heat transfer and should not be used to make conclusions or arguments about the topic.