Final answer:
The star with a core temperature half that of the sun's would have a temperature of 1.35x10⁷ degrees Fahrenheit, which is computed by dividing the sun's temperature (2.7x10⁷ °F) by 2.
Step-by-step explanation:
The core temperature of the sun is approximately 2.7x10⁷ degrees Fahrenheit. If a star has a core temperature that is 1/2 that of the sun's core temperature, you would simply divide the sun's temperature by 2 to find the temperature of the star. The calculation looks like this:
Sun's core temperature: 2.7x10⁷ °F
Star's core temperature: (1/2) × (2.7x10⁷ °F)
Star's core temperature: 1.35x10⁷ °F
Therefore, the star's core temperature would be 1.35x10⁷ degrees Fahrenheit.
The core temperature of the Sun is approximately 2.7x10⁷ degrees Fahrenheit. If a star has a core temperature that is 1/2 that of the Sun, we can calculate the approximate core temperature of the star as follows:
Divide the core temperature of the Sun by 2 to get 1.35x10⁷ degrees Fahrenheit.
Therefore, the approximate core temperature of the star is 1.35x10⁷ degrees Fahrenheit.