Help me with this thermodynamics problem ### Identify the system for a houseThe following figure illustrates a simplified schematic of a house with the flow of water and electricity. Considering the entire house as the system, identify the boundary of the system, its interaction with its surrounding, and its internal events for each case. Repeat the question for the water heater and then the dishwasher as the system.---### Explanation of the Diagram#### Diagram Description:The figure is a cross-sectional view of a house highlighting the flow of water and electricity through different components.#### Components Included:1. **Shower:** Located on the top left with both hot and cold water supplies.2. **Dishwasher:** Located on the top right with a hot water supply.3. **Water Meter:** Positioned at the lower left, indicating the inlet of the cold water supply into the house.4. **Hot Water Heater:** Located centrally at the bottom, where cold water is heated and then distributed as hot water.5. **Electric Meter:** Meticulous placement to the right of the hot water heater, tracing the entrance of electricity into the house.6. **Drain Lines:** These run vertically down the center of the house, showing the path for used water to exit the system.---### System Boundary and Interactions:#### Entire House as a System:1. **Boundary:** The physical walls of the house encapsulate the system.2. **Interactions with Surroundings:** - **Water Supply:** Cold water enters through the water meter. - **Electricity Supply:** Electricity is supplied through the electric meter. - **Water Drainage:** Used water exits via the drain lines.3. **Internal Events:** - Cold water is heated by the hot water heater. - Heated water is distributed to the shower and dishwasher. - Electricity powers the hot water heater and potentially other electrical devices.#### Water Heater as a System:1. **Boundary:** The confines of the water heater unit.2. **Interactions with Surroundings:** - **Water Supply:** Receives cold water from the main supply. - **Hot Water Distribution:** Supplies hot water to the shower and dishwasher. - **Electricity Supply:** Receives electrical input to heat the water.3. **Internal Events:** - Heating of the cold water using electrical energy. - Maintenance of heated water at a set temperature.#### Dishwasher as a System:1. **Boundary:** The physical structure of the dishwasher.2. **

There is a system in which the cold water is entering and hot water is outgoing with the help of the…

Identify the system for a house The following figure illustrates a simplified schematic of a house with the flow of water and electricity. Considering the entire house as the system, identify the boundary of the system, its interaction with its surrounding, and its internal events for each case. Repeat the question for the water heater and then dishwasher as the system. Shower L Water meter Cold Hot -Drain lines -Dishwasher Hot water -heater Electric meter

Identify the system for a house The following figure illustrates a simplified schematic of a house with the flow of water and electricity. Considering the entire house as the system, identify the boundary of the system, its interaction with its surrounding, and its internal events for each case. Repeat the question for the water heater and then dishwasher as the system. Shower L Water meter Cold Hot -Drain lines -Dishwasher Hot water -heater Electric meter

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

See similar textbooks

Related questions

Q: 1- A sheet-metal blank is to be bent as shown in Figure. The metal has a modulus of elasticity = 205…

Q: Rank the following thermodynamic process by the work done by the system. (Highest positive should be…

A: Given 1. Assume v2>v1 and p1>p2>p3

Q: = Draw the orthographic Projections of given object. 15 R20 00

Q: Two pounds of gas R = 26ft-lbf/lbm-R and k=1.10 undergo a polytropic process from 15psia, 100F to…

A: To find: The polytropic index of the process. Given: The mass of gas is m=2 lb. The gas constant is…

Q: how did you obtain the denisty value of 964, its not on the thermodynamic table

Q: Bernoulli's principle is an example of which law of thermodynamics. Explain why?

A: First law of thermodynamics is related to the conservation of energy.

Q: Q3 please

A: (a) Draw a sketch of blender and show the energy transfer across the system boundary.

Q: what is the relationship between enthalpy and moving boundary work?

A: This question is based on the concept of Thermodynamics.

Q: R-134a at state 1 is contained in a piston-cylinder device at T₁ = -12°C and P₁ = 0.2MPa. The fluid…

A: The temperature at state 1 is .The pressure at state 1 is .Heat is added at constant pressure, the…

Q: An ideal gas first undergoes an adiabatic expansion, and then undergoes an isothermal compression…

A: Given, An ideal is first expanded adiabatically and then undergoes an isothermal compression. The…

Q: An ideal gas is brought through an isothermal compression process. The 4.00 mol of gas goes from an…

Q: An フち 2/0P, and compresses if to 1400 nPa o of 889 and it luser energy by heat é of the irentrapic…

Q: Analyse an industrial thermodynamic system (refrigeration systems) in terms of work done, from first…

A: Analyzing an industrial thermodynamic system such as a refrigeration system in terms of work done…

Q: In a piston subjected to a constant temperature T=125°C, there are 20 grams of water with a quality…

Q: While the temperature remains constant at 38 degrees C, 2.5 kg of a certain ideal gas whose Cp =…

Q: Derive the thermodynamic identity for G (equation 5.23), and from it the three partial derivative…

A: The gibs free energy of the system is given as, G=U-TS+PV

Q: Explain different thermodynamic processes with the help of Pv and Ts diagrams. Write thermodynamic…

Q: The figure below shows a piston-cylinder assembly fitted with a spring of stiffness k = 29.7 N/m…

Q: The instruction booklet for your pressure cooker indicates that its highest setting is 11.3 psipsi .…

Q: from Equation bandeaquation a Press Plove that P2 T2 P. fetch while for non-isentropic process,…

A: To be derived equation for (a) isentropic process and (b) non isentropic process

Q: Q2 (a) A polytropic process is defined as PV" =C , where n is polytropic index and C is a constant.…

A: Drive the equation for the boundary work for the polytropic process

Concept explainers

Pressure Vessels

The term pressure vessel refers to a closed container that contains gas or liquid at a different pressure than environment pressure. The pressure vessels have a wide scale of applications in our day-to-day lives and other industrial places. Some common examples of pressure vessels are gas cylinders, autoclaves, compressor vessels, etc.

Question

Help me with this thermodynamics problem

### Identify the system for a house

The following figure illustrates a simplified schematic of a house with the flow of water and electricity. Considering the entire house as the system, identify the boundary of the system, its interaction with its surrounding, and its internal events for each case. Repeat the question for the water heater and then the dishwasher as the system.

---

### Explanation of the Diagram

#### Diagram Description:
The figure is a cross-sectional view of a house highlighting the flow of water and electricity through different components.

#### Components Included:
1. **Shower:** Located on the top left with both hot and cold water supplies.
2. **Dishwasher:** Located on the top right with a hot water supply.
3. **Water Meter:** Positioned at the lower left, indicating the inlet of the cold water supply into the house.
4. **Hot Water Heater:** Located centrally at the bottom, where cold water is heated and then distributed as hot water.
5. **Electric Meter:** Meticulous placement to the right of the hot water heater, tracing the entrance of electricity into the house.
6. **Drain Lines:** These run vertically down the center of the house, showing the path for used water to exit the system.

---

### System Boundary and Interactions:
#### Entire House as a System:
1. **Boundary:** The physical walls of the house encapsulate the system.
2. **Interactions with Surroundings:**
- **Water Supply:** Cold water enters through the water meter.
- **Electricity Supply:** Electricity is supplied through the electric meter.
- **Water Drainage:** Used water exits via the drain lines.
3. **Internal Events:**
- Cold water is heated by the hot water heater.
- Heated water is distributed to the shower and dishwasher.
- Electricity powers the hot water heater and potentially other electrical devices.

#### Water Heater as a System:
1. **Boundary:** The confines of the water heater unit.
2. **Interactions with Surroundings:**
- **Water Supply:** Receives cold water from the main supply.
- **Hot Water Distribution:** Supplies hot water to the shower and dishwasher.
- **Electricity Supply:** Receives electrical input to heat the water.
3. **Internal Events:**
- Heating of the cold water using electrical energy.
- Maintenance of heated water at a set temperature.

#### Dishwasher as a System:
1. **Boundary:** The physical structure of the dishwasher.
2. **

Science that deals with the amount of energy transferred from one equilibrium state to another equilibrium state.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1: Given:

VIEW

Step 2: Water heater and dish washer as a system:

VIEW

Solution

VIEW

Step by step

Solved in 3 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

At the end explain the relationships between system constants R, C,, and C₂ when a certain perfect gas is heated at constant pressure from (15+A)°C to 95°C, the heat required is1136kJ/kg. When the same gas is heated at a constant volume between the same temperature the heat required is 808kJ/kg.
Analyse an operational industrial thermodynamic system in terms of work done, from firstprincipals. Include a p-v diagram to aid in your explanation.
There's a copper calorimeter container with the mass 0.2 kg and has 0.32 kg of H2O and also 0.036 kg of ice (thermal equilibrium at atm). If we drop 1.5 kg of lead at a temperature of 200 Celsius into calorimeter container, find the final temperature (in Celsius). Please show work Lead=131J/kgK Copper=390J/kg.K H2O = Cw = 4190 J/kg.K & LF = 3.34 x 105 J/kg
Deduce for the case of a perfect gas the relationship between the gas constant and the specific heats at constant pressure and at constant volume. The specific heat at constant pressure (cp) and the gas constant (R) of a perfect gas are 1.033 kJ/kg K and 108.2 J/kg K respectively. Find the ratio of specific heat at constant pressure to that at constant volume.
Hi, I need help in solving this one. I need it asap. Thank you.
There is an 500g container made out of aluminum holding 300g of water. The Water and Aluminum have reached thermal equilibrium at 40 degrees Celsius. A 200g block of iron at a temperature of 0 degrees Celsius is later dropped into the water. Using the specific heat for water=4180J/kg/C. The specific heat for aluminum is 900 J/kg/C. The specific heat for iron is 450 J/kg/C. The final temperature of the three materials will be degrees celsius. The thermal energy of the water changes by Joules. (give an amount and include a + if it increases and a - if it decreases) The thermal energy of the aluminum changes by Joules. (give an amount and include a + if it increases and a - if it decreases) The thermal energy of the iron changes by Joules. (give an amount and unit and include a + if it increases and a - if the value decreases)
I need help with this. Thermodynamics
Explain the concept of specific heat capacity in thermodynamics and its significance in understanding heat transfer and temperature changes in engineering applications.
Describe the various forms of the first-law relation for closed systems.
Please assist with part b!
A food product containing 85% moisture content is being frozen. Estimate the specific heat of the product at -4 ° C when 62% of the water is frozen. The specific heat of the dry product is 2.5 kJ / (kg ° C). it is assumed that the specific heat of water at -10 ° C is the same as the specific heat of water at 0 ° C, and the specific heat of ice follows the function Cp es = 0.0062 Tfrozen + 2.0649. Cp of frozen product = kJ / kg ° C.