Answer / hari

"If A and C are each in thermal equilibrium with B, A is
also in thermal equilibrium with C."

Answer / anish

if two bodies are in thermal equilibrium with the third
body then the the two bodies are themselves said to be in
thermal equilibrium

Answer / dhaval modh

if A is in eqillibrium with B & B is in eqillibrium with C
Then A & C also in themally eqillibrium with each other.

Answer / sanjay kumar

"if two bodies A and B are in thermal equilibrium ,and if B is in eqilibrium with body C ,then A and C will also be in thermal equilibrium".

Answer / anurag kesharwani

I had read all answers ,which are all correct.I only want to add that
Actually, zeroth law is responsible for the concept of term temperature.

Answer / sudansu

i have studied the ans. but one thing if the three boby r
not in contact with each other (means A is in isolated
system then)

Question 80 - Liquid octane has a density of 703 kilograms per cubic metre and molar mass of 114.23 grams per mole. Its specific heat capacity is 255.68 J / (mol K). (a) Find the energy in J needed to increase the temperature of 1 cubic metre of octane for 1 Kelvin. (b) At 20 degree Celsius, the solubility of liquid octane in water is 0.007 mg / L as stated in a handbook. For a mixture of 1 L of liquid octane and 1 L of water, prove by calculations that liquid octane is almost insoluble in water.

1 Answers  

List the advantages and disadvantages of a pfr?

0 Answers  

What is a good estimate for the absolute roughness for epoxy lined carbon steel pipe?

0 Answers  

Why catalyst is charging in chemical reaction as high pressurized pellet of tablet?

2 Answers  

ENGINEERING PHYSICS - EXAMPLE 30.1 : Two viruses a and b with masses of Ma and Mb are moving at velocities of Va and Vb respectively, facing towards each other and collide. After collision both masses of Ma and Mb disappear. (a) Find the total momentum available for both a and b. Hint : momentum = mass x velocity = M x V. (b) Guess the total energy E generated from the disappearance of a and b. Let c to be the velocity of light. Hint : E is equal to M c square.

1 Answers  

Explain the strategies acquired to cure tube vibration and exchangers in a shell?

0 Answers  

Is there a rule of thumb to estimate the footprint of a cooling tower during design phase?

0 Answers  

Explain the advantages of using a ball mill over other conventional methods of crushing?

0 Answers  

Explain what are the design considerations for a piping system for the transfer of slurries?

0 Answers  

what is the relation between velocity & pressure. tel me if pressure in water line is increased what wil b effect on velocity ?

5 Answers  

GENETIC ENGINEERING - EXAMPLE 27.2 : (a) Three genes, I, J and K are available. All these genes are linked with respect to one another. If the percent recombination between I and J is 8 %, that between J and K is 10 %, and that between K and I is 18 %, what is the order of the gene? (b) Twenty six genes, a, b, c, d, e, f, ... x, y and z are available. All these genes are linked with respect to one another. If the percent recombination between a and b is 3 %, between b and c is 3 %, between c and d is 3 %, ... between w and x is 3 %, between x and y is 3 %, between y and z is 3 %, then what is the percentage recombination between b and y?

1 Answers  

ACCOUNTING AND FINANCIAL ENGINEERING - EXAMPLE 34.11 : Let an Accounting Equation to be : Assets = Liabilities + Equity of Owner. In a biochemical engineering organization, its account balance sheet contains the following information : Accounts payable $2200; accounts receivable $1500; line of credit $500; cash $100; long term debt $3800; inventory $1300; investments $800; plant equipment $6800. Find the equity of owner by applying Accounting Equation.

1 Answers