Ok..Chestermiller said:
Much better. Now, if I write ##p_0=p_1+\Delta p##, I obtain:Clara Chung said:
I try to divide the numerator and denominator by \Delta p\Delta V, so 1/ (5/2 + 5/2 p-1/ \Delta p + 3/2 * V_0/\Delta V) , because \Delta p and \Delta V are positive, the maximum value 2/5 occurs when p_1 and V_0 = 0?Chestermiller said:
Yes. They can both approach zero. See your diagram.Clara Chung said:
A thermal cycle is a process in which a substance or system undergoes a series of changes in temperature, often resulting in expansion and contraction.
Thermal cycles are often used in scientific research to study the effects of temperature on materials or to simulate real-world conditions, such as weather patterns or industrial processes.
An example of a thermal cycle is the process of heating and cooling a metal rod to study its expansion and contraction properties.
A thermal cycle can cause changes in the physical and chemical properties of a material, such as its strength, conductivity, and structure.
Yes, thermal cycles can cause stress and potential damage to materials, especially if the temperature changes are extreme or rapid. It is important to carefully design and monitor thermal cycles in scientific research to ensure safety and accurate results.
