What is the molar heat capacity of liquid water?

By Forinfos - 06/03/2026 - 0 comments

The molar heat capacity of liquid water is 75.348 J/mol K. It is calculated as the product of the specific heat capacity of liquid water and the molar mass of water.

The specific heat capacity of liquid water is 4.186 J/gm K. This means that each gram of liquid water requires 4.186 Joules of heat energy to raise its temperature by one degree Kelvin. One molar mass of water is equivalent to 18 grams. Therefore, the molar heat capacity becomes the product of 4.186 and 18. It implies that 75.348 Joules of heat energy are needed to raise the temperature of 18 grams of liquid water by one degree Kelvin.

Login to Comment

Comments

Be the first to write a comment for this article.

Related Articles

What is the molar heat capacity formula? What liquid is heavier than water? What is the definition of "water-holding capacity"? Where do you find the capacity of a water heater? Why does water have a high heat capacity? What is the buffering capacity of water? Is the capacity larger for a Frigidaire top load washer? What is the red liquid in a thermometer? What liquid, aside from water, expands when frozen? What is the number to pay the city water bill in Sheridan, Wyoming?

Trending Articles

Has Megyn Kelly of Fox News ever been married? How many songs has John Denver released? How do you draw a cross? Did John Denver get divorced? How many songs did Elvis Presley record? How do you upload a file to SoundCloud? How is pencil lead hardness graded? How many children did Cronus have? Has Andrea Tantaros ever been married? How does Tituba respond to Hale's accusation of witchcraft?