Enzymes in Biological Reactions: Understanding Activation Energy

Enzymes, as biological catalysts, play a crucial role in regulating biological processes by lowering the activation energy required for chemical reactions in cells. The addition of enzymes changes the overall energy dynamics of reactions, impacting the rate at which products are formed. This interactive slide show delves into the structure and function of enzymes, emphasizing their significance in modulating the speed of biological reactions.

• Enzymes
• Activation Energy
• Biological Reactions
• Catalysts

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Uploaded on Sep 25, 2024 | 0 Views

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1. ENZYME GRAPH OPENER Slide show by Kelly Riedell/Brookings Biology LEARNING OBJECTIVE ENE-1.E Explain how enzymes affect the rate of biological reactions. ESSENTIAL KNOWLEDGE ENE-1.E.1 The structure and function of enzymes contribute to the regulation of biological processes a. Enzymes are biological catalysts that facilitate chemical reactions in cells by lowering the activation energy SP 2.A Describe characteristics of a biological concept, process, or model represented visually.

2. Image from: https://3.bp.blogspot.com/-ofT67cVS3gg/UOaYQS1H__I/AAAAAAAAAY0/8g-JLiA1xrQ/s1600/Test+3+Q+64.jpg Is this a positive delta G or negative delta G reaction? The activation energy required by this reaction without enzyme added is labeled _____ The activation energy required by this reaction with enzyme added is _____ How does adding enzyme change the energy of the products?

3. Image from: https://3.bp.blogspot.com/-ofT67cVS3gg/UOaYQS1H__I/AAAAAAAAAY0/8g-JLiA1xrQ/s1600/Test+3+Q+64.jpg Is this a positive delta G or negative delta G reaction? The activation energy required by this reaction without enzyme added is labeled _____ The activation energy required by this reaction with enzyme added is _____ How does adding enzyme change the energy of the products?

4. Image from: https://3.bp.blogspot.com/-ofT67cVS3gg/UOaYQS1H__I/AAAAAAAAAY0/8g-JLiA1xrQ/s1600/Test+3+Q+64.jpg Is this a positive delta G or negative delta G reaction? The activation energy required by this reaction without enzyme added is labeled _____ The activation energy required by this reaction with enzyme added is _____ How does adding enzyme change the energy of the products?

5. Image from: https://3.bp.blogspot.com/-ofT67cVS3gg/UOaYQS1H__I/AAAAAAAAAY0/8g-JLiA1xrQ/s1600/Test+3+Q+64.jpg Is this a positive delta G or negative delta G reaction? The activation energy required by this reaction without enzyme added is labeled _____ The activation energy required by this reaction with enzyme added is _____ How does adding enzyme change the energy of the products?

6. Image from: https://3.bp.blogspot.com/-ofT67cVS3gg/UOaYQS1H__I/AAAAAAAAAY0/8g-JLiA1xrQ/s1600/Test+3+Q+64.jpg Is this a positive delta G or negative delta G reaction? The activation energy required by this reaction without enzyme added is labeled _____ The activation energy required by this reaction with enzyme added is _____ How does adding enzyme change the energy of the products?

7. Image from: https://3.bp.blogspot.com/-ofT67cVS3gg/UOaYQS1H__I/AAAAAAAAAY0/8g-JLiA1xrQ/s1600/Test+3+Q+64.jpg Is this a positive delta G or negative delta G reaction? The activation energy required by this reaction without enzyme added is labeled _____ The activation energy required by this reaction with enzyme added is _____ How does adding enzyme change the energy of the products?