the temperature measured in kelvin (k) is the temperature measured in celsius (c) increased by 273.15. this…

the temperature measured in kelvin (k) is the temperature measured in celsius (c) increased by 273.15. this can be modeled by the equation k = c + 273.15. when solved for c, the equation is \\(\\bigcirc\\) \\(c = k - 273.15\\) \\(\\bigcirc\\) \\(c = 273.15 - k\\) \\(\\bigcirc\\) \\(c = k + 273.15\\) \\(\\bigcirc\\) \\(c = 273.15k\\)

the temperature measured in kelvin (k) is the temperature measured in celsius (c) increased by 273.15. this can be modeled by the equation k = c + 273.15. when solved for c, the equation is \\(\\bigcirc\\) \\(c = k - 273.15\\) \\(\\bigcirc\\) \\(c = 273.15 - k\\) \\(\\bigcirc\\) \\(c = k + 273.15\\) \\(\\bigcirc\\) \\(c = 273.15k\\)

Answer

Explanation:

Step1: Start with the given equation

We have the equation ( K = C + 273.15 ). Our goal is to solve for ( C ).

Step2: Isolate C

To isolate ( C ), we need to subtract ( 273.15 ) from both sides of the equation. Subtracting ( 273.15 ) from both sides gives us ( K - 273.15 = C + 273.15 - 273.15 ).

Step3: Simplify the equation

Simplifying the right - hand side, ( 273.15 - 273.15 = 0 ), so we are left with ( C=K - 273.15 ).

Answer:

( C = K - 273.15 ) (corresponding to the option ( C = K - 273.15 ))