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Questions and Answers
What occurs to an enzyme if the temperature exceeds its optimal level?
What occurs to an enzyme if the temperature exceeds its optimal level?
Which condition is necessary for maximum enzyme activity?
Which condition is necessary for maximum enzyme activity?
How does a change in environmental conditions affect enzyme activity?
How does a change in environmental conditions affect enzyme activity?
What is the consequence of the active site on the enzyme changing shape?
What is the consequence of the active site on the enzyme changing shape?
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What is a fundamental component of enzymes?
What is a fundamental component of enzymes?
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Study Notes
Enzymes and Environmental Factors
- Enzymes are proteins that speed up reactions
- Enzymes are made up of amino acids
- Amino acids are monomers of proteins
- Enzymes are affected by temperature and pH
- Optimal temperature for enzymes is 37°C
- Optimal pH for enzymes varies but neutrality is ideal
- High or low pH or temperature can change the shape of the active site
- If the shape of the active site changes, the reactants won't fit, thus stopping the reaction
- Changing temperature or pH too much can denature enzymes, breaking bonds that hold it together
- Environmental factors can affect enzyme activity (ex: changes in temperature or pH can change enzyme active sites which prevents correct fitting of reactants)
- Substrates are the reactants in an enzyme-catalysed reaction
- Enzymes bind to substrates at the active site
- Specific shapes in the active site fit specific shapes in the substrates (lock and key model)
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Description
Explore how enzymes function and the impact of environmental factors like temperature and pH on their activity. Understand the significance of enzyme structure and the lock and key model in catalyzing chemical reactions. This quiz will test your knowledge of enzymes, substrates, and their optimal conditions.