Please provide simple explanation for each process temp. **Problem 2:** Four Processes are shown below. Each process occurs in a well-insulated piston cylinder assembly and starts from the same initial state, state 1. Put the final temperatures in order from highest to lowest. **Explain.****Diagrams:**- **State 1:** - All processes start with a weightless, frictionless piston under atmospheric pressure \( P_{\text{atm}} \) with initial temperature \( T_1 \) and pressure \( P_1 \). - **Process A:** - Transition to State A occurs by completely removing a large block of mass \( M \) from the piston. - The final state (State A) shows a well-insulated piston with temperature \( T_A \).- **Process B:** - Transition to State B occurs by removing an equivalent mass \( M \) incrementally. - The final state (State B) is shown with a well-insulated piston and temperature \( T_B \).- **Process C:** - Transition to State C occurs by placing a large block of mass \( M \) on the piston. - The final state (State C) is depicted with temperature \( T_C \).- **Process D:** - Transition to State D happens by adding an equivalent mass \( M \) in incremental amounts. - The final state (State D) shows a system with temperature \( T_D \).**Processes Explanation:**a) In **Process A**, a large block of mass \( M \) is removed from the piston.b) In **Process B**, an equivalent mass \( M \) is removed in incremental amounts.c) In **Process C**, a large block of mass \( M \) is placed on the piston.d) In **Process D**, an equivalent mass \( M \) is added in incremental amounts.

Here I am going to arrange the temperature in highest to lowest order.

Problem 2: Four Processes are shown below. Each process occurs in a well-insulated piston cylinder assembly and starts from the same initial state, state 1. Put the final temperatures in order from highest to lowest. Explain. Weightless, frictionless piston M T₁ P₁ State 1 MT=M Patm Weightless, frictionless piston Patm -- ТА State A om P₁ Well State 1 Insulated Process A P atm Weightless, frictionless piston TB State B M M MT=M T₁ P₁ State 1 Weightless, frictionless piston Well Well Insulated Insulated Patm Patm Process D ªo Fª Process B T₁ T₁ M Patm am P₁ Well State 1 Insulated Process C M M a) In Process A, a large block of mass M is removed from the piston. b) In Process B, an equivalent mass M is removed in incremental amounts. c) In Process C, a large block of mass M is placed on the piston. d) In Process D, an equivalent mass M is added in incremental amounts. Tc State C Patm M TD Patm State D

Problem 2: Four Processes are shown below. Each process occurs in a well-insulated piston cylinder assembly and starts from the same initial state, state 1. Put the final temperatures in order from highest to lowest. Explain. Weightless, frictionless piston M T₁ P₁ State 1 MT=M Patm Weightless, frictionless piston Patm -- ТА State A om P₁ Well State 1 Insulated Process A P atm Weightless, frictionless piston TB State B M M MT=M T₁ P₁ State 1 Weightless, frictionless piston Well Well Insulated Insulated Patm Patm Process D ªo Fª Process B T₁ T₁ M Patm am P₁ Well State 1 Insulated Process C M M a) In Process A, a large block of mass M is removed from the piston. b) In Process B, an equivalent mass M is removed in incremental amounts. c) In Process C, a large block of mass M is placed on the piston. d) In Process D, an equivalent mass M is added in incremental amounts. Tc State C Patm M TD Patm State D

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Please provide simple explanation for each process temp.

**Problem 2:** Four Processes are shown below. Each process occurs in a well-insulated piston cylinder assembly and starts from the same initial state, state 1. Put the final temperatures in order from highest to lowest. **Explain.**

**Diagrams:**

- **State 1:**
- All processes start with a weightless, frictionless piston under atmospheric pressure \( P_{\text{atm}} \) with initial temperature \( T_1 \) and pressure \( P_1 \).

- **Process A:**
- Transition to State A occurs by completely removing a large block of mass \( M \) from the piston.
- The final state (State A) shows a well-insulated piston with temperature \( T_A \).

- **Process B:**
- Transition to State B occurs by removing an equivalent mass \( M \) incrementally.
- The final state (State B) is shown with a well-insulated piston and temperature \( T_B \).

- **Process C:**
- Transition to State C occurs by placing a large block of mass \( M \) on the piston.
- The final state (State C) is depicted with temperature \( T_C \).

- **Process D:**
- Transition to State D happens by adding an equivalent mass \( M \) in incremental amounts.
- The final state (State D) shows a system with temperature \( T_D \).

**Processes Explanation:**

a) In **Process A**, a large block of mass \( M \) is removed from the piston.
b) In **Process B**, an equivalent mass \( M \) is removed in incremental amounts.
c) In **Process C**, a large block of mass \( M \) is placed on the piston.
d) In **Process D**, an equivalent mass \( M \) is added in incremental amounts.

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