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Usually as we give heat to a system then temperature of the system would rise. But at the boiling point though we give enormous amount of heat the temperature would remain the same and so the heat given is said to be latent and it is used to change water from liquid state to gaseous state. Hence the name latent heat
Condensation leads to heat loss because the process of converting water vapor into liquid releases latent heat. As the water vapor cools down and condenses into liquid form, this released latent heat is transferred to the surroundings, resulting in a loss of heat from the system.
Sensible heat is potential energy in the form of thermal energy or heat. The thermal body must have a temperature higher than its surroundings. The thermal energy can be transported via conduction, convection, radiation or by a combination thereof. The quantity or magnitude of sensible heat is the product of the body's mass, its specific heat capacity and its temperature above a reference temperature. In many cases the reference temperature is inferred from common knowledge, i.e. "room temperature". latent heat is the amount of energy in the form of heat released or absorbed by a substance during a change of phase (i.e. solid, liquid, or gas) Two latent heats (or enthalpies) are typically described: latent heat of fusion (melting), and latent heat of vaporization (boiling). The names describe the direction of heat flow from one phase to the next: solid → liquid → gas. The change is endothermic, i.e. the system absorbs energy, when the change is from solid to liquid to gas. It is exothermic (the process releases energy) when it is in the opposite direction
I think you must mean the 'latent heat of fusion' experiment where a change of state in the cooling curve of a hot liquid like naptha or Octadecanol. the liquid cools as expected until the liquid starts to solidify. The temperature drop is arrested as the crystallisation process emits latent heat. Having solidified it then cools as expected.
Please help me learn the conversion method of the metric system to pounds, ounces in English weight, What would be the caluation of 29.75k in English weight system?
Please explain what you mean by 'the English system'.
English language, legal system, infrastructure, parliamentary system and many missionary-run schools.
Gbd= great british pounds £ <----- pound sign
The position of the stimulating electrode is what contributes to the latent period. The further away the stimulus is from the Central Nervous System, the longer the latent period will be.
There is no such thing as 'English money'. England uses Sterling, which is a British system.
The only fusion going on in our solar system is in the sun
the British parliamentary system, the culture, the religion, the English language, plantations like tea , rubber, cocoa etc....
It is to rid the body of waste (mainly faeces (British English spelling) and urine).
Yes. The British system consists of primary school, secondary school, college and university. The American system consists of elementary school, middle school, high school and college or university. Additionally, the British (or at least English) system has A Levels and/or GCSEs while the US has APs and IBs. In Britain, school years are 'forms', but in the US they are 'grades'. A 'class' in the US is a 'module' in Britain. Also, the US system grades in 'points' while the British system uses 'marks'.
Latent capacity refers to the unused or underutilized potential of a system or process to produce more output or perform better than it currently does. It represents the ability of a system to increase its efficiency or productivity without significant additional investment or resources. Identifying and tapping into latent capacity can lead to improved performance and profitability.
Automated Fingerprint Identification System, or AFIS
The inch-pound system is commonly referred to as the English system of measurement or the British imperial system. It is a system of measurement where distances are measured in inches and weights are measured in pounds.