F=59(K−273)+32In order to convert a temperature in Kelvin, K, into a temperature in degrees Fahrenheit, F, the given equation can be used. Which of the following equations correctly expresses the temperature in Kelvin in terms of the temperature in degrees Fahrenheit?Choose 1 answer:(A) K=59(F−273)+32(B) K=(95F−32)+27 :C) K=95(F−32)+273(D) K=95(F−32)+273
Q. F=59(K−273)+32In order to convert a temperature in Kelvin, K, into a temperature in degrees Fahrenheit, F, the given equation can be used. Which of the following equations correctly expresses the temperature in Kelvin in terms of the temperature in degrees Fahrenheit?Choose 1 answer:(A) K=59(F−273)+32(B) K=(95F−32)+27 :C) K=95(F−32)+273(D) K=95(F−32)+273
Given equation: We are given the equation to convert Kelvin to Fahrenheit: F=(59)(K−273)+32. We need to solve for K in terms of F.
Isolating K: First, subtract 32 from both sides of the equation to isolate the term with K on one side: F−32=(59)(K−273).
Solving for K−273: Next, multiply both sides of the equation by 95 to solve for K−273: (95)(F−32)=K−273.
Solving for K: Finally, add 273 to both sides of the equation to solve for K: K=(95)(F−32)+273.
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