current attempt in progress\nusing the information in the following table, calculate the boiling point of…

current attempt in progress\nusing the information in the following table, calculate the boiling point of acetic acid in\ntable 4.1 | physical properties of chlorine, water, sugar, and acetic acid\nsubstance color odor taste physical state melting point (°c) boiling point (°c)\nchlorine yellowish - green sharp, suffocating sharp, sour gas (20°c) - 101.6 - 34.6\nwater colorless odorless tasteless liquid 0.0 100.0\nsugar white odorless sweet solid — decomposes 170 - 186\nacetic acid colorless like vinegar sour liquid 16.7 118.0\n(a) kelvins\nk\n(b) degrees fahrenheit\n°f\netextbook and media

current attempt in progress\nusing the information in the following table, calculate the boiling point of acetic acid in\ntable 4.1 | physical properties of chlorine, water, sugar, and acetic acid\nsubstance color odor taste physical state melting point (°c) boiling point (°c)\nchlorine yellowish - green sharp, suffocating sharp, sour gas (20°c) - 101.6 - 34.6\nwater colorless odorless tasteless liquid 0.0 100.0\nsugar white odorless sweet solid — decomposes 170 - 186\nacetic acid colorless like vinegar sour liquid 16.7 118.0\n(a) kelvins\nk\n(b) degrees fahrenheit\n°f\netextbook and media

Answer

Explanation:

Step1: Convert to Kelvin

The formula to convert Celsius to Kelvin is $K = ^{\circ}C+ 273.15$. The boiling - point of acetic acid in Celsius is $118.0^{\circ}C$. So, $K=118.0 + 273.15$. $K = 391.15$

Step2: Convert to Fahrenheit

The formula to convert Celsius to Fahrenheit is $^{\circ}F=\frac{9}{5}\times^{\circ}C + 32$. Substitute $^{\circ}C = 118.0$ into the formula. $^{\circ}F=\frac{9}{5}\times118.0+32$ $^{\circ}F = 9\times23.6+32$ $^{\circ}F = 212.4+32$ $^{\circ}F = 244.4$

Answer:

(a) 391.15 K (b) 244.4 °F