- #1
asdf1
- 734
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if d(G/T)=(-H/T^2)dT
then why can it also equal
d( delta G/T)= -delta H/T^2?
then why can it also equal
d( delta G/T)= -delta H/T^2?
Thermodynamic delta, also known as Δ, represents a change in a thermodynamic system. It is often used to measure changes in energy, temperature, pressure, or volume.
Thermodynamic delta can be calculated using the formula Δ = final state - initial state. For example, to calculate the change in energy, you would use the formula ΔE = Efinal - Einitial.
Thermodynamic delta is important in scientific research because it helps us understand and predict how a system will change under different conditions. It also allows us to study the relationship between different thermodynamic properties.
Yes, thermodynamic delta can be negative. A negative delta indicates that the system has lost energy, decreased in temperature or pressure, or decreased in volume.
Thermodynamic delta can be used to optimize a process by analyzing how changes in one thermodynamic property affect another. By understanding these relationships, scientists can make adjustments to a process to maximize efficiency and minimize waste.