Final answer:
The question contains typos and seems to incorrectly ask about cooling a gas to below absolute zero, which is impossible. However, it mentions temperatures relative to the Sun and Earth, suggesting it should be a physics-related question on temperature measurement and conversion. Additional information or clarification is needed for an accurate answer.
Step-by-step explanation:
The question seems to be about a hypothetical situation where a gas is initially at a temperature of -188°C, and then cooled down further by 194.66°C. However, since the question contains typos and irrelevant parts, the exact figures may not be clear.
Assuming the values given are correct, we calculate the new temperature by subtracting 194.66°C from -188°C, which gives us -382.66°C. To convert this to Kelvin, we add 273.15°C (since 0°C is equivalent to 273.15 K on the Kelvin scale), resulting in 273.15 - 382.66 = -109.51 K.
However, because temperature on the Kelvin scale cannot be negative, the proper interpretation might be that the figure is incorrect due to the typos and that additional information or clarification is necessary to provide an accurate answer.
The temperature of the Sun is mentioned as around 5800 K, which is vastly higher than the temperatures discussed in the question and serves to emphasize that without proper context or clarity, a correct answer cannot be provided.