- #1
velfr
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- TL;DR Summary
- Unknown formula
What is this formula?
q=λ⋅S⋅∪_x
What does s and lambda mean?
q=λ⋅S⋅∪_x
What does s and lambda mean?
Sure. But without any description it remains guesswork. Thermal conductivity has plenty of similar formulas, see https://en.wikipedia.org/wiki/Thermal_conductivityvelfr said:I know that this formula is related to the heating of the rod and the heat flux.
In this case, can λ be the coefficient of thermal conductivity, and s is the surface area through which heat passes?
The equation for q: Lambda & S is q = λS, where q represents the heat transferred, λ represents the thermal conductivity, and S represents the cross-sectional area.
To calculate q: Lambda & S, you simply multiply the thermal conductivity (λ) by the cross-sectional area (S).
q: Lambda & S is a fundamental equation in thermodynamics that helps us understand the transfer of heat between two objects. It is used to calculate the amount of heat transferred and is essential in many thermodynamic processes.
The value of q: Lambda & S directly affects the heat transfer. A higher value of q indicates a greater amount of heat being transferred, while a lower value indicates less heat transfer. This equation also shows that the larger the cross-sectional area (S) or thermal conductivity (λ), the greater the heat transfer.
Yes, q: Lambda & S can be applied to all types of heat transfer, including conduction, convection, and radiation. However, it is important to note that the equation may need to be modified for certain situations, such as when dealing with non-uniform materials or complex geometries.