Dehydration Synthesis VS Hydrolysis - Bio Molecules
This activity tests your ability to identify the reactants and products in dehydration synthesis and hydrolysis reactions.
What is the difference between dehydration synthesis and hydrolysis
Student: I explained the 4 macromolecules by talking about their functions in the body. Usingproteins and amino acid chains as well as glucose chains I taught about monomers and polymers. Thento explain hydrolysis and dehydration synthesis I drew it out on a white board and told her thetrain and water gun analogy
Student: I thought my aunt to how polymers are form by dehydration synthesisin which you pull out water to make monomer turn to polymers and how hydrolysis break apart thepolymers by adding water in it. I used the analogy of legos in which each lego piece is the monomerand when putting them together is called polymer. I told her that about the 4 major types of macromolecules that lipids help plasma membrane to be intact using cholesterol, carbohydrates thatconverts into energy, proteins to break down stuff in our body and nucleic acid works for Dna andRna.
Dehydration Synthesis and Hydrolysis Flashcards | Quizlet
Parent:Christal explained to me what polymers and organic macro molecules (lipids, carbohydrates, protein, nucleic acid) do to our body. She also explained what polymersconsists of, and what are the functions of the macro molecules to our body. Also, howdehydration synthesis and hydrolysis work. Moreover, she explained what DNA and RNA used nucleicacid to function.
Carbohydrates, proteins, and nucleic acids) are huge and made of thousands of atoms.
Polymers are broken down through the reverse process, hydrolysis.
A Condensation reaction is when two molecules are covalently bonded through the loss of a molecule.
More Specifically, these are
, as an H2O molecule is lost.
This is repeated over many times to connect many monomers into a polymer.
Enzymes are special macromolecules, that speed up this chemical reaction.
Compare and contrast dehydration synthesis and hydrolysis
The strength of the artifact is that it explains how food is broken down to produce energy and how the Dehydration Synthesis and hydrolysis play an important role in our body.
Parent: I learned about the differences between polymers and monomers, and the 4 major types oforganic macro molecules and their major functions for organisms. I then learned about hydrolysis anddehydration synthesis and how they are important in the formation and breakdown ofpolymers/monomers.
Dehydration Synthesis and Hydrolysis by Corinne …
04/09/2013 · Dehydration Synthesis and Hydrolysis ..
What is the similarities between dehydration synthesis and hydrolysis?
DEHYDRATION & HYDROLYSIS REACTIONS
The reverse of a dehydration reaction, hydrolysis breaks apart polymers with ..
Essays Experts: DEHYDRATION synthesis is . hydrolysis …
16/01/2018 · Dehydration synthesis (condensation reaction) between sugar molecules
difference between hydrolysis and dehydration reaction
After digestion, glycogen forms (Dehydration Synthesis) and then let's say, you do some activity (swimming for example). After an activity, the glycogens are broken apart (Hydrolysis) and then turns the glucose into ATP (energy).
What is dehydration synthesis and hydrolysis? | Yahoo …
Student: I talked about polymers and monomers and the differences between them (mono being singleand poly being many) I also went on a little tangent about suffixes and how they help to learn thewords of science. I then went into the macro molecules (lipids, carbohydrates, proteins, and nucleicacids) and the major functions they serve. Lipids are for long term energy storage. Carbohydratesare for short term energy storage. Proteins contain nucleic acids which are important todevelopment. Nucleic Acids are used by DNA and RNA. I then talked about how hydrolysis (with anemphasis on the suffixes) is a water cut of the polymer into a monomer, and how dehydrationsynthesis is taking out water to form a polymer.
in a dehydration synthesis reaction - …
Student: I taught my dad that Polymers are formed through Dehydration Synthesis and broken apartthrough the process of Hydrolysis. I explained that when water is added in Hydrolysis, the polymeris broken up into two monomers whereas in Dehydration Synthesis water is removed from the monomersto form the polymer. I also discussed the 4 main types of organic macromolecules: lipids, proteins,carbohydrates, and Nucleic acids. This review helped me to remember the opposite processes ofHydrolysis and Dehydration Synthesis and how polymers can be broken and built.
in a dehydration synthesis reaction
Examples of Dehydration Reactions and Hydrolysis:
Digestion - polymers are too large to enter cells, so they undergo hydrolysis and break down to enter the bloodstream and then cells.
Then dehydration reactions take place to rebuild the polymer inside the cell.
The Difference between Hydrolysis and Dehydration Synthesis
Parent: I found the build up and break down of polymers very interesting. I learned that polymersare broken through Hydrolysis (addition of water) and broken down by Dehydration Synthesis (watertaken away). I was also taught that the 4 macromolecules are lipids, proteins, carbohydrates, andnucleic acids. Kate explained how we gain energy from consuming food by breaking the bonds.
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