1. Describe an imaginary process that satisfies the first law but violates the second law of thermodynamics. 2. Consider the process of baking potatoes in a conventional oven. Can the hot air in the o Provide two examples in which the mechanical energy of a system remains constant. ...
Isothermal process at higher temperatures have higher values of RT, i.e., higher values of pV. So the corresponding curves will be at greater distances from the origin.The curves shown in Fig. are called isothermal curves for an ideal gas. No two curves can intersect, because a point of ...
One isothermal expansion process of the ideal gas contained in one tank is analyzed in detailed from the viewpoint of thermodynamics. Simultaneously, we give an insight into why the irreversible process achieves impossibly more work than the reversible process between the same initial and final ...
If we put ΔU=0 in the equation of the first law of thermodynamics we get Q=W which describes that all the heat added to the system has been used to do some external work [4]. For this isothermal process, work done can be calculated as follows. To calculate the work done by a ...
Derive an expression for work done in an adiabatic process. View Solution In isothermal process View Solution For an isothermal process View Solution For an isothermal process View Solution An isothermal process is a View Solution CBSE COMPLEMENTARY MATERIAL-THERMODYNAMICS -SHORT ANSWER TYPE QUESTION...
Home » University » Year 1 » Thermodynamics » UY1: Isothermal Process UY1: Isothermal ProcessIn an isothermal process, the temperature of the system is unchanged. (ΔT = 0). For this process, the first law gives ΔE = 0, thus Q = -W. This means that the net heat input ...
Struggling with Thermodynamics ? Get free crash course Text SolutionGenerated By DoubtnutGPT To explain the difference between adiabatic and isothermal processes, we can break it down into a structured format: 1. Definition of Processes: - Isothermal Process: An isothermal process is one in which ...
There are alot of approximations and simplification techniques (or tricks or assumptions) used in thermodynamics.There is no Qp or Q. Logged "Say you're in a [chemical] plant and there's a snake on the floor. What are you going to do? Call a consultant? Get a meeting together to ...
The Derivation of Integral Equations for Irreversible, Reversible and Complex Reactions in Non-isothermal Process integral rate equations and the isothermal-integral rate equations could be obtained from the NIT-integral rate quations in the case of constant temperature... M Satoh,M Hirota - 《Nippon...
Methods of irreversible process thermodynamics are used to obtain an expression for mass and energy flows in a one-component gas for the case where the system volume varies. The coefficients characterizing nonisothermal diffusion in a one-component gas are estimated. The relations proposed provide a...