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What is the advantage of enzymes not being used up in reactions?
Let say enzyme 1 has a shape of A. When it encounters a solute particle of shape A', enzyme jumps on the particle so to speak changing its shape to A'' and back to A' in less than nano second and when that shape change happens the solute particle becomes highly unstable and now can react with other solute particles and hence carry out the reaction. Enzyme jumps on substrate --> substrate unstable --> enzyme jumps back out of substrate --> unstable substrate reacts with another substrate.
Can anyone help with this question Describe the relationship between substrate concentration and the initial reaction rate of an enzyme-catalyzed reaction Is this a linear relationship What happens t?
The more substrate the faster the rate of reaction up to a point where it levels out. Basically the enzymes and substrates bounce around until they meet the substrate that the enzyme can catalyse so obviously with more substrate there's more chance of he enzyme bumping into the right substrate
What could be used as a substrate when testing for the digestion of protein to peptides?
which of the following could be used as a substrate when testing for the digestion of protein to peptides
What happens to the enzymes after the substrate reacts?
It is either used again (many enzymes are used multiple times before broken down) or is broken down.
An enzyme acts to?
Enzymes act on molecules called substrates. The kind of substrate depends on the shape of the enzyme.
The are used to conect with the substrate?
"The are used to conect with a substrate" is not a question, and connect is spelled incorrectly.
What happens When an enzyme's substrate fits into enzymes?
nothing.
What is the advantage of enzymes not being used up in reactions?
Let say enzyme 1 has a shape of A. When it encounters a solute particle of shape A', enzyme jumps on the particle so to speak changing its shape to A'' and back to A' in less than nano second and when that shape change happens the solute particle becomes highly unstable and now can react with other solute particles and hence carry out the reaction. Enzyme jumps on substrate --> substrate unstable --> enzyme jumps back out of substrate --> unstable substrate reacts with another substrate.
Why enzymes can be reused?
Because once the product leaves the active site, more substrate can enter. So the enzyme will keep on working until all the substrate is used up.
Can anyone help with this question Describe the relationship between substrate concentration and the initial reaction rate of an enzyme-catalyzed reaction Is this a linear relationship What happens t?
The more substrate the faster the rate of reaction up to a point where it levels out. Basically the enzymes and substrates bounce around until they meet the substrate that the enzyme can catalyse so obviously with more substrate there's more chance of he enzyme bumping into the right substrate
Which hypothesis most likely explains the results at 60C and 70C in relative rate of enzyme action?
The substrate has changed shape because of the high temperature.
What happens to the rate of an enzyme controlled reaction when the substrate level is high and remains high?
the enzyme will change its shape to fit the substrate correctly
What could be used as a substrate when testing for the digestion of protein to peptides?
which of the following could be used as a substrate when testing for the digestion of protein to peptides
What happens when an enzyme and a substrate interact at an active site?
Activation energy is reduced! :)
What happens to the enzyme after the substrate is changed?
enzyme works as a catalyst before and after the reaction it is preserved
What happens to the enzymes after the substrate reacts?
It is either used again (many enzymes are used multiple times before broken down) or is broken down.
What happens at the active site of an enzyme?
the substrate bonds to the enzyme at the active site
