Question 1
Question 2
Which of the following methods cannot be used to produce the amide:
Question 3
Consider a system in which the following reaction occurs CH4 + H2O → CO+ 3H2 CH4 +2H2O→ CO2+ 4H2 Where the reaction no. 1 and 2 indicates the value of j the reaction index, if they are present initially 2 moles of CH4 and 3 moles of H2O .Determine the expressions for mole fraction as a function of reaction coordinate?
Answer to question 1
Step 1
Jerry cans are produced using pressed steel and are a robust containers to hold liquids such as water, petrol, etc.
Its different uses are denoted by the color-coding, affixed labels, and imprinted labels so that there is no contamination of the can’s contents.
Step 2
In the blow molding process, the hollow objects of plastics are made in which the heated liquid is forced into a mold with a cavity under suitable pressure.
Jerry cans are produced using the blow molding method.
Hence, the correct option is (b) blow moulding.
Answer to question 2
C6H5CHO + H2N-CH3 -> No amide. it will form imine.
Answer to question 3
Step 1
Given data:
1st reaction: CH4 + H2O —> CO + 3H2
2nd reaction: CH4 + 2H2O —> CO2 + 4H2
Initial mole: 2 moles of CH4 and 3 moles of H2O
Find the mole fraction as a fraction of reaction coordinate.
Step 2
for first reaction reaction coordinate = e1
For second reaction reaction cordinate is = e2
total mole = 5
