The heat required to vaporize the water is 76.266 kJ or 76266.32 J.
Explanation:
Heat of Vaporization
Vaporization or commonly known as evaporation is the process where the liquid generates a vapor pressure above itself.
The heat of vaporization or the enthalpy of vaporization (ΔH vap) is the heat required in order to change the phase of the liquid.
The molecules of a liquid moves constantly and have a various range of kinetic energies. There will be a time that some of the liquid's molecules will have enough energy to escape from the surface and eventually will enter the gas phase (vapor phase).
For this problem, we can use the known enthalpy of vaporization of water.
The enthalpy of vaporization of water is 2256.4 J/g. This means that in order to convert 1 g of water at 100°C to steam at 100°C, a heat amounting to 2256.4 J is required.
Solution:
For our case, we have a mass of water amounting to 33.8 g at 100°C and we want to vaporize it to steam (also at 100°C).
It is important to clean, sanitize and store our equipment properly.
Explanation:Because we clean our surrounding for our safety from bacteria's. We sanitize to make it more cleaner or in other words to protect our health. We store our products properly so that it doesn't make any more trouble like we were finding something we use and our products properly stored and because of that you don't need to find anymore.
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The heat required to vaporize the water is 76.266 kJ or 76266.32 J.
Explanation:
Heat of VaporizationVaporization or commonly known as evaporation is the process where the liquid generates a vapor pressure above itself.
The heat of vaporization or the enthalpy of vaporization (ΔH vap) is the heat required in order to change the phase of the liquid.
The molecules of a liquid moves constantly and have a various range of kinetic energies. There will be a time that some of the liquid's molecules will have enough energy to escape from the surface and eventually will enter the gas phase (vapor phase).
For this problem, we can use the known enthalpy of vaporization of water.
The enthalpy of vaporization of water is 2256.4 J/g. This means that in order to convert 1 g of water at 100°C to steam at 100°C, a heat amounting to 2256.4 J is required.
Solution:
For our case, we have a mass of water amounting to 33.8 g at 100°C and we want to vaporize it to steam (also at 100°C).
ΔH vap = 2256.4 J/g * 33.8 gΔH vap = 76266.32 J = 76.266 kJTherefore, the heat required to vaporize the water is 76.266 kJ or 76266.32 J
Learn more about heat of vaporization here:
More example problems of vaporization/ evaporation here:
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It is important to clean, sanitize and store our equipment properly.
Explanation:Because we clean our surrounding for our safety from bacteria's. We sanitize to make it more cleaner or in other words to protect our health. We store our products properly so that it doesn't make any more trouble like we were finding something we use and our products properly stored and because of that you don't need to find anymore.
Hope it helps.
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