bu es ext nam cum er S ourse Constants Periodic Table In general, an enzyme has...

 

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bu es ext nam cum er S ourse Constants Periodic Table In general, an enzyme has one active site at which catalysis can occur. When the substrates are bound to the active site, the enzyme will catalyze the reaction. As the concentration of substrate increases, the reaction rate increases, until the point where the active site is saturated with substrate. When the enzyme is saturated, the rate of the reaction will not increase with the concentration of substrates. Figure Reaction rate vs. substrate concentration Reaction rate Maximum activity B 1 of 1 Substrate concentration Part B Refer again to the graph. (Figure 1) In which region is the enzyme saturated with substrate? region A Oregion B O region C Submit Part C Request Answer Consider a situation in which the enzyme is operating at optimum temperature and pH, and has been saturated with substrate. What is your best option for increasing the rate of the reaction? Increase the pH Increase the temperature. Increase the enzyme concentration. Increase the substrate concentration Submit Request Answer dam bu es ext nam cum er S ourse Constants Periodic Table In general, an enzyme has one active site at which catalysis can occur. When the substrates are bound to the active site, the enzyme will catalyze the reaction. As the concentration of substrate increases, the reaction rate increases, until the point where the active site is saturated with substrate. When the enzyme is saturated, the rate of the reaction will not increase with the concentration of substrates. Figure Reaction rate vs. substrate concentration Reaction rate Maximum activity B 1 of 1 Substrate concentration Part B Refer again to the graph. (Figure 1) In which region is the enzyme saturated with substrate? region A Oregion B O region C Submit Part C Request Answer Consider a situation in which the enzyme is operating at optimum temperature and pH, and has been saturated with substrate. What is your best option for increasing the rate of the reaction? Increase the pH Increase the temperature. Increase the enzyme concentration. Increase the substrate concentration Submit Request Answer dam

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The detailed answer for the above question is provided below Answer Part B I... View the full answer