Yes. They are used as kind of cookie cutters to break chemical bonds and form new ones.
Every cell has specific enzymes to make a specific molecule. Sometimes they can run in chains, so you will have 3 enzymes acting upon molecules & elements to produce a final result.
They break it apart and then reform new bonds.
Enzymes lower the amount of activation energy needed for chemical bonds.
Yup sugar, i believe so
Glue
Enzymes lower the activation energy needed to start a chemical reaction.
enzymes catalyze reactions that bind or break chemical bonds. catalyze means it speeds up the preparation time so the reaction can happen sooner/quicker.
I believe it requires more activation energy to start the reaction
AMYLASEIm taking the class right know in e2020!!
Enzymes are biological catalysts. This means they break down substances without being changed themselves. This is why they can be used over and over again. Enzymes are made from amino acids joined together by different bonds, one of the type of bonds being hydrogen bonds. As enzymes have hydrogen bonds it means they are sensitive to pH and temperature. A temperature too low will mean that the molecules (substrate) which should fit to an area on the enzyme called the active site cannot do so as hydrogen bonds are stronger in colder conditions. (Enzymes change slightly as the substrate fits on to it) This would mean that the enzyme is less able to change shape slightly because the stronger hydrogen bonds make the enzyme less flexible. Temperatures which are too high for the enzyme (if they exceed the perfect temperature, called the optimum temperature, of the enzyme) denature the enzymes, meaning that they are unable to catalyse chemical reactions, this is due to the high temperature causing the hydrogen bonds which bond the amino acids together to beak, causing the enzymes active site to change shape, meaning that the substrate can no longer fit into the active site meaning that the rate of reaction of the chemical reaction is lower. There is a point when the hydrogen bonds, once broken, are no longer able to re-bond, meaning the enzyme could never "re-nature". This is very bad if the chemical reaction is necessary. If the pH which the enzyme is exposed to is not its optimum the rate of reaction will be slower as the pH changes the molecular shape of the enzyme, and can have an effect on the intermolecular forces of the Hydrogen bonds (it can weaken or strengthen them)
digestion
Enzymes lower the activation energy needed to start a chemical reaction.
why i get to thes bage
enzymes catalyze reactions that bind or break chemical bonds. catalyze means it speeds up the preparation time so the reaction can happen sooner/quicker.
It increases the vibration of chemical bonds.
WE do not know what effect you are asking about, but enzymes are proteins that act as catalysts, they speed up chemical reactions.
Chemical, enzymes break peptide bonds in proteins. Thus, separating the amino acids and breaking apart the molecule.
the bonds get weaker
yes chemical,enzymes break bonds in proteins Thus separating the amino acid and breaking apart the molecule
yes chemical,enzymes break bonds in proteins Thus separating the amino acid and breaking apart the molecule
I believe it requires more activation energy to start the reaction
Enzymes are biological catalysts. This means they break down substances without being changed themselves. This is why they can be used over and over again. Enzymes are made from amino acids joined together by different bonds, one of the type of bonds being hydrogen bonds. As enzymes have hydrogen bonds it means they are sensitive to pH and temperature. A temperature too low will mean that the molecules (substrate) which should fit to an area on the enzyme called the active site cannot do so as hydrogen bonds are stronger in colder conditions. (Enzymes change slightly as the substrate fits on to it) This would mean that the enzyme is less able to change shape slightly because the stronger hydrogen bonds make the enzyme less flexible. Temperatures which are too high for the enzyme (if they exceed the perfect temperature, called the optimum temperature, of the enzyme) denature the enzymes, meaning that they are unable to catalyse chemical reactions, this is due to the high temperature causing the hydrogen bonds which bond the amino acids together to beak, causing the enzymes active site to change shape, meaning that the substrate can no longer fit into the active site meaning that the rate of reaction of the chemical reaction is lower. There is a point when the hydrogen bonds, once broken, are no longer able to re-bond, meaning the enzyme could never "re-nature". This is very bad if the chemical reaction is necessary. If the pH which the enzyme is exposed to is not its optimum the rate of reaction will be slower as the pH changes the molecular shape of the enzyme, and can have an effect on the intermolecular forces of the Hydrogen bonds (it can weaken or strengthen them)