What is the total amount of heat required to completely melt 347 grams of ice at t's melting point

The amount of heat required to completely melt 347 g of ice is

Further explanation:

Latent heat  

The heat released or absorbed during the process of conversion physical state of a substance without altering the temperature is known as the latent heat.

When the physical state changes from the solid phase to liquid phase then the amount of heat absorbed in this process to completely convert the solid into liquid without altering the temperature is known as the latent heat fusion.

The formula to calculate heat absorbed from latent heat of fusion is,

          …… (1)

Here,

q is heat absorbed.

m is mass of substance.

is latent heat of fusion.

The mass of given ice is 347 g.

The latent heat of fusion of ice is 334 J/g.

Substitute 347 g for m and 334 J/g for in equation (1) as follows:

The heat required to completely melt 347 g of ice is 115898 J.

The heat required in kilojoule is as follows:

Learn more:

1. The difference between heat and temperature.:link

2. Determine the process by which water enters into atmosphere?: link

Answer details:

Grade: Senior School

Subject: Chemistry

Chapter: Thermodynamics

Keywords: Latent, Heat, fusion, Latent heat of fusion, temperature, ice, water, vapors, equilibrium, heat required, melting, heat release, heat absorbed, 115.898 kJ.

Option (c) is the correct answer.

Explanation:

According to Bronsted Lowry, acids are the species that donate a hydrogen ion whereas bases are the species which accept a proton.

For example,

Here and is one of the conjugate acid-base pair.

Thus, we can conclude that a hydrogen ion is transferred between a conjugate acid-base pair.