Q. 4 moles of CO and 2 moles of O₂ are reacted, then what type of reactant O₂ is?

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Q. If 28 grams of N₂ and 10 grams of H₂ are reacted, how much NH₃ will produce?

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Q. 10 moles of C₆H₁₂ reacted with 18 moles of O₂, how many moles of CO₂ will produce?

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Q. 5 moles of Al₂O₃ are reacted with 10 moles H₂SO₄, how many moles of Al₂(SO₄)3 will produce?

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Q. 10 grams of NaCl and 1.8 grams of H₂O are reacted, how much sodium hydroxide will produce?

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Q. 1 mole of potassium permanganate and 1 mole of ferrous sulfide are reacted in presence of excess hydroChloric acid, how many moles of Ferric sulfate will produce?

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Q. Which of the following is the Claussius-Clayperon equation ?

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Q. A flowsheet is given in the following figure. If the single pass once through conversion of A to B is 20%, then the rate of recycle R (molds/hr) is

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Q. The equilibrium data of component A in the two phases B and C are given below. The estimate of Y for X = 4 by fitting a quadratic expression of a form Y = mX² for the above data is

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Q. The reaction A + B → C has been conducted in a reactor as shown below. The number of balances (material) that can be made around the reactor are

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Q. Acidity or alkanity of a solution is expressed by its pH value, which is defined as (where, [H⁺] = hydrogen ion concentration in the solution).

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Q. Which equation is not an equation of state ?

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Q. The reaction A + B → C has been conducted in a reactor as shown below. The number of boundaries around which material balance can be written, are

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Q. Which of the following is not a colligative property ?

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Q. Atoms of the same element, but of different masses are called

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Q. If pH value of an acidic solution is decreased from 5 to 2, then the increase in its hydrogen ion concentration is __________ times.

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Q. Kopp's rule is concerned with the calculation of

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Q. Density of carbon dioxide is __________ kg/Nm³.

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Q. One Newton is equal to __________ dynes.

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Q. A very dilute solution is prepared by dissolving 'x₁' mole of solute in 'x₂' mole of a solvent. The mole fraction of solute is approximately equal to

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