Industrial chemistry Industrial chemistry MCQS#Enzymes#Macromolecules61Choose the best answerHow does a competitive inhibitor reduce enzyme activity?ACompeting with the substrate for the active siteBPermanently destroying the enzymeCIncreasing substrate concentrationDConverting the enzyme into a coenzyme Like 0 Discuss 0Share
Industrial chemistry Industrial chemistry MCQS#Enzymes#Macromolecules62Choose the best answerA holoenzyme consists of:AApoenzyme + cofactorBProtein + substrateCEnzyme + productDApoenzyme + substrate Like 0 Discuss 0Share
KMU MDCAT 2024 Chemistry#Enzymes#Macromolecules63Choose the best answerIn competitive inhibition, the inhibitor (KMU MDCAT 2024)ABinds with substrateBCompetes with enzymeCCompetes with substrateDIrreversibly binds with enzyme Like 0 Discuss 0Share
MDCAT Chemistry Past Paper 2023#Enzymes#Macromolecules64Choose the best answerEnzymes show optimum activity between 37°C to 50°C. However, they work: (MDCAT 2023)AAbove 50°CBBelow 37°CCThey lose activity permanently above 50°CDThey lose activity permanently below 37°C Like 0 Discuss 0Share
Industrial chemistry Industrial chemistry MCQS#Enzymes#Macromolecules65Choose the best answerFor many human enzymes, activity is highest near which temperature?A0°CB20°CC37°CD100°C Like 0 Discuss 0Share