If only 5% of Ethylene is converted to Ethylene glycol, why is there a need of separation process?a) To feed more reactant to the reacting mixtureb) To remove the ethylene glycol formedc) To recover the unreacted Ethylene Glycold) To start an intermediate reaction 4.Will the above reaction require a separation process?

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To start an intermediate reaction 4.Will the above reaction require a separation process?a) Yesb) NoView Answer

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To feed more reactant to the reacting mixtureb) To remove the ethylene glycol formedc) To recover the unreacted Ethylene Glycold) To start an intermediate reaction 4.Will the above reaction require a separation process?a) Yes

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To remove the ethylene glycol formed

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To recover the unreacted Ethylene Glycol

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To start an intermediate reaction 4.Will the above reaction require a separation process?a) Yesb) NoView Answer

1.	If only 5% of Ethylene is converted to Ethylene glycol, why is there a need of separation process?a) To feed more reactant to the reacting mixtureb) To remove the ethylene glycol formedc) To recover the unreacted Ethylene Glycold) To start an intermediate reaction 4.Will the above reaction require a separation process?
A.	To feed more reactant to the reacting mixtureb) To remove the ethylene glycol formedc) To recover the unreacted Ethylene Glycold) To start an intermediate reaction 4.Will the above reaction require a separation process?a) Yes
B.	To remove the ethylene glycol formed
C.	To recover the unreacted Ethylene Glycol
D.	To start an intermediate reaction 4.Will the above reaction require a separation process?a) Yesb) NoView Answer
Answer» D. To start an intermediate reaction 4.Will the above reaction require a separation process?a) Yesb) NoView Answer

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