F=(K−273.15)⋅1.8+32.00An equation for temperature conversion from K degrees Kelvin to F degrees Fahrenheit is given by the equation. What is the significance of 273.15 in the equation?Choose 1 answer:(A) A temperature of 273.15 Kelvin degrees converts to 0 Fahrenheit degrees.(B) A temperature of −273.15 Kelvin degrees converts to 0 Fahrenheit degrees.(C) A temperature of 273.15 Kelvin degrees converts to 32 Fahrenheit degrees.(D) A temperature of −273.15 Kelvin degrees converts to 32 Fahrenheit degrees.
Q. F=(K−273.15)⋅1.8+32.00An equation for temperature conversion from K degrees Kelvin to F degrees Fahrenheit is given by the equation. What is the significance of 273.15 in the equation?Choose 1 answer:(A) A temperature of 273.15 Kelvin degrees converts to 0 Fahrenheit degrees.(B) A temperature of −273.15 Kelvin degrees converts to 0 Fahrenheit degrees.(C) A temperature of 273.15 Kelvin degrees converts to 32 Fahrenheit degrees.(D) A temperature of −273.15 Kelvin degrees converts to 32 Fahrenheit degrees.
Substitute and Calculate: To understand the significance of 273.15 in the equation, let's substitute K with 273.15 and calculate F. F=(273.15−273.15)×1.8+32F=(0)×1.8+32F=0+32F=32
Check Options: Now, let's check the options to see which one matches our calculation.(A) Incorrect, because 273.15 Kelvin does not convert to 0 Fahrenheit.(B) Incorrect, because −273.15 Kelvin is not a valid temperature as Kelvin cannot be negative.(C) Correct, because our calculation shows that 273.15 Kelvin converts to 32 Fahrenheit.(D) Incorrect, because −273.15 Kelvin is not a valid temperature, and our calculation did not result in 32 Fahrenheit for −273.15 Kelvin.
More problems from Find probabilities using the addition rule