KaylinGreiser KaylinGreiser
  • 17-04-2020
  • Chemistry
contestada


How many kJ of energy must be removed from 53.1 g of liquid water in order for it to form ice?

Respuesta :

youaskianswer youaskianswer
  • 23-04-2020

17.7 KJ of energy must be removed from 53.1 g of liquid water in order to form ice

Explanation:

In the question it has been given 53.1 g of liquid water and the molar heat of water is 6.01 kj/mol. To find the amount of energy removed the equation that will be formed using following data is-

(53.1) x (1 mol/18.02g) x (6.01 kj/ mol). By doing multiplication we get the result 17.7 KJ. Hence, 17.7 KJ of energy is being removed from 53.1 g of liquid water in order to form ice.

Answer Link

Otras preguntas

How can linear equations and functions be written and graphed? Explain how shifting the graph changes the function.
I need help what is 8 divided by 4/5
How will the nobles replace the goods that they give to Odysseus
Please help with this
74) one difference between cancer cells and normal cells is that cancer cells; a) are unable to synthesize dna.; b) are arrested at the s phase of the cell cycl
How did the defeat of the of the Persians contribute to the rise of Greece's golden age?
Consider four atoms from the second period: lithium, beryllium boron carbon and nitrogen which of these element has the lowest electronegativity value?
What major event occurred during the first year of Herbert Hoover's presidency?
How does prayers help a believer in any religion
Find the length of such that ABCD is a parallelogram out of a. 7 b. 8 c. 10 d. 14