Question

What produces more severe burns, boiling water or steam?

Answer 1

Latent Heat is characterized as the warmth or energy that is ingested or delivered during a stage change of a substance. It could either be from a gas to a fluid or fluid to strong and the other way around. Latent Heat is identified with a warmth property called enthalpy.

Complete answer:
Steam creates more serious consumers than bubbling water. We realize that both boiling water and steam, the temperature is around 100-degree Celsius yet steam causes extreme consumption. Allow us to investigate the purpose for it. Steam has more energy than bubbling water. It has the extra inert warmth of vaporization. Along these lines, when steam falls on skin and gathers to deliver water it gives out more warmth than bubbling water at a similar temperature. Hence, consumers created by steam are more serious than those delivered by bubbling water. Steam has more energy than bubbling water. Subsequently, consumers delivered by steam are more serious than those created by bubbling water. The additional energy is the latent heat of vaporization given to the bubbling water for changing the period of water to steam.

Note:
Latent Heat of vaporization is the warmth burned-through or released when matter deteriorates, changing stage from liquid to gas stage at a steady temperature. The enthalpy of vaporization, $\Delta {H_v}$ , is also named the "latent heat of vaporization." And $\Delta {H_v}$ is the differentiation between the enthalpy of the splashed smoke and that of the drenched liquid at a comparable temperature. The enthalpy of vaporization data is used in cycle assessments, for instance, the arrangement of easing systems including erratic blenders.
Measure of energy assimilated or delivered to change fluid into fume or fume into fluid without changing its temperature is known as Latent heat of vaporization. Measure of energy ingested or delivered to liquefy strong into fluid or to freeze fluid into strong without changing its temperature is known as Latent heat of fusion.