1-How conduction is occurred in gases and liquids?

Expert Solution

Conduction in liquids:
During conduction, heat always transfers from the hotter body to the colder body. Temperature is a reflection of the average kinetic energy of the particles of a substance. As the temperature increases, the kinetic energy of the fluid particles also increases. This causes the particles to vibrate. During this vibrations of particles, the warmer and faster particles collide into cooler and slower particles. When this occurs, energy is moved from the warmer particles that have more energy to the cooler particles that have less energy. This process continues until the system attains equilibrium and both objects have the same temperature.

Conduction in gases:

Conduction in gases is mainly due to the molecular momentum and thermal diffusion which is caused by collisions between the particles. Hotter particles have high kinetic energy and they move in random directions during this movement they collide with cooler particles and lose some energy and hence transfer some heat to cooler particles and they slow down. This process continues umtill all the particles attain same temperature.

samet mamat answered 2 years ago

Find out how the specific heats of gases, liquids, and solids are determined in national laboratories.

Find out how the specific heats of gases, liquids, and solids are determined in national laboratories. Describe the experimental apparatus and the procedures used.

For liquids, the viscosity decreases as the temperature increases. For gases, the viscosity increases as the...

For liquids, the viscosity decreases as the temperature increases. For gases, the viscosity increases as the temperature increases. Your objective is to provide an explanation for these trends. You may do internet research, but your response must be in your own words and references provided. Your response must be typed and grammatically correct.

Choose all that apply. Solids, liquids, and gases can be distinguished by their? A. Molecular Level...

Choose all that apply. Solids, liquids, and gases can be distinguished by their? A. Molecular Level B. Shape C.Temperature D. Kinetic Energy E. Mass F. Density

Use chemical potentials to explain the driving force for the spontaneous mixing of gases or liquids

1) What is a simple way conduction deafness can be simulated? Explain how this simulates conduction...

1) What is a simple way conduction deafness can be simulated? Explain how this simulates conduction deafness. Is there a simple way to simulate nerve deafness? Why or why not? 2) Compare nerve deafness to conduction deafness. 3) In your own words, describe how the procedure for the Rinne's Test differs from the procedure for the Weber's test. What type of a result would you see from each of these tests if an individual had normal hearing?

Please give your own examples of solids, liquids, and gases: A Molecular Comparison. Below you will...

Please give your own examples of solids, liquids, and gases: A Molecular Comparison. Below you will find key questions on this topic. 1. Define crystalline and amorphous and recognize the difference in solids. 2. Know that both temperature and pressure can affect phase changes.

Explain the need for saltatory conduction and how myelination and axon diameter affect rate of conduction...

Explain the need for saltatory conduction and how myelination and axon diameter affect rate of conduction – you can do this as an illustration. Make sure in your answer you include: axon, axon hillock, axon terminal, original action potential, new action potential, Schwann cell, myelin, node of Ranvier, depolarization, refractory DO NOT DEFINE THESE TERMS INDIVIDUALLY please type the answer.

How brain conserve energy by saltatory conduction

Explain how liquids can be analyzed by gas chromatography.

in math lab how to simulated heat conduction and how to show it in a video...

in math lab how to simulated heat conduction and how to show it in a video sinulation bottom code is a simulation of just the hear conduction without the video clear,pack,clc % material properties k=200 cp=921 rho=2500 alpha=k/(cp*rho); % introduce discretization constants % time delta_t=0.1; %space delta_L=0.01; % this is in meters % how many points N=100; % constants a1, and a2 a1=1-2*(alpha*delta_t)/(delta_L^2); a2=(alpha*delta_t)/(delta_L^2); % introduce initial and boundary conditions % initial condition T0=zeros(N,1); T0(1:floor(N/3))=30; % boundary condition % this...

Question