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14. Cells typically make all of their macrono ecules fron" set- of' 40-50' comnon nononers and few' other rare: ingredients via" dehydratio...

Question

14. Cells typically make all of their macrono ecules fron" set- of' 40-50' comnon nononers and few' other rare: ingredients via" dehydration (or condensation) reactions_ Which of the following statements is/are true about dehydration reactions? One mononer loses hydrogen atom; and the other loses hydroxy] OH) group: B) . Electrons are shared between atoms 0f the' joined: monomers_ HO is' forred the Monomers Ae joined_ Covalent bonds are formed between the &quo

14. Cells typically make all of their macrono ecules fron" set- of' 40-50' comnon nononers and few' other rare: ingredients via" dehydration (or condensation) reactions_ Which of the following statements is/are true about dehydration reactions? One mononer loses hydrogen atom; and the other loses hydroxy] OH) group: B) . Electrons are shared between atoms 0f the' joined: monomers_ HO is' forred the Monomers Ae joined_ Covalent bonds are formed between the "onomers, All of the choices correcl. Tne" results of dehydration- (condensation) reaction can be reversed: by N) hydrolysis. polymerization: the: addition of'on amino Kroup Thue Idou that All Hving things como [roj' othur colls dofines Deneral Dogma Orgune Thuory Cel[ Theory conanshn of colls and that al! colls



Answers

Which of the following statements about condensation reactions is not true? $a .$ Protein synthesis results from them. $b$. Polysaccharide synthesis results from them. $c .$ They involve covalent bonds. $d .$ They consume water as a reactant. $e .$ Different condensation reactions produce different kinds of macromolecules.

When we talk about condensation reactions, what is something we can say that is false? Something false that we could say with regards to condensation reactions is they consume water as a reactant. That's simply not true. So condensation reactions do not consume water as a reactant.

Hello everyone. And it will be discussing the chemical reaction that occurs when two monomers join up to form a polymer or when monomers joined up in general to farm polymers, which polymers, if you were not aware, polymers are essentially just groups of monomers. So monomers joined together to form polymers. And here we have two monomers, specifically we have glucose and galactose. And the chemical reaction that they're going to experience is condensation, which condensation reaction occurs when two monomers combined to one another and we will see what that is momentarily. So what's going to happen is that we're going to have? Okay, going to have these two. Ohh, is and they're going to connect to each other and when they connect they're going to spew out. That's a really bad placement. Okay, they're going to spew out. I really spew out. But uh the two ages as you can see are going to form H. Two and then 10. Or one oxygen is going to stay, whereas the other one will leave. So it's going to form H 20. And when it does that, they connect to each other and when they connect to each other, it looks like this. So we're going to make the we're going to draw the product now. Yeah, CH20. H. O. H. O. H. Excuse my drawing. I'm trying to not take absolutely forever on this. Okay, Which age? Ahh! Ohh. And we're gonna have an age right here and once again going to have this and it's going to be over right there instead. And here's the over here and it's going to be an O. And so when that happens it's going to connect to the other one via this bond. And it's going to connect I think so yeah. And C H. 20. H. We're going to draw the galactose part now. Age plage age age who age H. Again and O. H. And change that into an oh there we go. So as you can see, these are now connected via this bond right here and the two hydrogen and the oxygen have been produced as well. And they're going to go over here. So it creates this plus H to go. And if you want to draw that out years, two hydrogen ins in the one oxygen. So that is what you are going to have. And this reaction is called a condensation reaction because you're condensing the glucose and galactose to form lactose. And when they condense they form lactose and also h. Or water. So I hope this was helpful to you and happy studying. Yeah.

Dehydration is a This is a curse. When monomers combined, each other is in Couvillon bonds. The phone larger molecules known as Polly must. So they're showing that example over here. Where to, Emily. Assets combined to form on that, and I peptic. So during this process, the monuments we lose water molecules s Piper Duck. As shown here when the MLS on the left Lou this old H group in the one on the right loses and ah, hydrogen metal fries to be in my I mean kitsch. Show him. So therefore, the answer to this question would be see.

This is a problem for of Chapter three biological macro molecules. And the question is dehydration synthesis leads to formation of a So in a dehydration synthesis reaction, the hydrogen of one more, Nomar combines with the hydroxy group of another monomer releasing a molecule of water. Oh, at the same time the monomer shared electron. Yeah. And formed government bonds. So basically during dehydration synthesis, most macro molecules are made from single subunit or building block Cardona. Much so the monomer combined with each other using goblin bonds to form larger molecules that are known as polymers. Okay, so in doing so, monomer release water molecule as by products. So, this type of reaction is known as dehydration synthesis. So, uh as additional monomer join so we can write as additional, more normal situation. This chain of reporting monomers forms a polymer and different types of monomer can combine in many considerations give rise to a diverse group of macro molecules. So, yeah, based on about uh we can say that the dehydration synthesis. so dehydration means a bowl of water, so dehydration, since it leads to the formation of water and polymers so water and polymers. So which means option C. No, Is the correct one. Thanks. Yeah, so dehydration sensibility to formation of water and parliaments.


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