i can - metabolism and organic molecules

1
Jennifer Bradshaw 2013 POLYTECH High School Biology: Metabolism and Organic Molecules Name: Class Period: I can describe why carbon forms the “backbone” of organic molecules. I can differentiate between a monomer and a polymer. I can identify the monomers of carbohydrates, lipids, and protein. I can describe the functions of carbohydrates, lipids, and protein. I can identify examples of carbohydrates, lipids, and proteins. I can differentiate between a monosaccharide, disaccharide, and polysaccharide. I can provide examples of a monosaccharide, disaccharide, and polysaccharide. I can describe a dehydration synthesis reaction. I can describe a hydrolysis reaction. I can contrast endothermic and exothermic reactions. I can identify the following from a diagram: enzyme, substrate, active site, and product. I can describe how enzymes affect the rate of chemical reactions in organisms. I can predict the effect of an enzyme on the activation energy of a reaction. I can examine an energy diagram and determine the heat of reaction and activation energy. I can describe characteristics of enzymes. I can predict the effect of temperature on enzyme activity. I can predict the effect of enzyme concentration on enzyme activity. I can predict the effect of substrate concentration on enzyme activity. I can predict the effect of pH on enzyme activity. I can…

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Page 1: I Can - Metabolism and Organic Molecules

Jennifer  Bradshaw  2013  

POLYTECH  High  School                          Biology:  Metabolism  and  Organic  Molecules      Name:   Class  Period:  

 

I  can  describe  why  carbon  forms  the  “backbone”  of  

organic  molecules.  

I  can  differentiate  between  a  

monomer  and  a  polymer.    

I  can  identify  the  monomers  of  carbohydrates,  

lipids,  and  protein.    

I  can  describe  the  functions  of  

carbohydrates,  lipids,  and  protein.  

I  can  identify  examples  of  

carbohydrates,  lipids,  and  proteins.    

I  can  differentiate  between  a  

monosaccharide,  disaccharide,  and  polysaccharide.    

I  can  provide  examples  of  a  

monosaccharide,  disaccharide,  and  polysaccharide.  

I  can  describe  a  dehydration  

synthesis  reaction.  

I  can  describe  a  hydrolysis  reaction.  

I  can  contrast  endothermic  and  exothermic  reactions.      

I  can  identify  the  following  from  a  diagram:  enzyme,  substrate,  active  site,  and  product.  

I  can  describe  how  enzymes  affect  the  rate  of  chemical  reactions  in  organisms.  

I  can  predict  the  effect  of  an  

enzyme  on  the  activation  energy  of  a  reaction.    

I  can  examine  an  energy  diagram  and  determine  the  heat  of  reaction  and  activation  energy.    

I  can  describe  characteristics  of  

enzymes.  

I  can  predict  the  effect  of  

temperature  on  enzyme  activity.  

I  can  predict  the  effect  of  enzyme  concentration  on  enzyme  activity.  

I  can  predict  the  effect  of  substrate  concentration  on  enzyme  activity.  

I  can  predict  the  effect  of  pH  on  enzyme  activity.  

I  can…