Catalysts are compounds that change the speed of chemical reactions. An enzyme is a protein and also a catalyst. So an enzyme can be a catalyst, but a catalyst can't be an enzyme.
An enzyme is an example of a catalyst.
an enzyme catalyst has greater substrate specificity
It decreases the amount of energy needed for the reaction.
Catalase is an enzyme that is found in most living organisms that have been exposed to oxygen. It basically looks like a big clump of confetti jumbled up together.
An enzyme is referred to as a catalyst as it sets off the digestive process beginning with amylase in the mouth which is produced by the salivary glands (...and followed by all the other enzymes that are mixed with the food along the alimentary canal)
No, not at all. No, not at all. No, not at all.
Meat tenderizer is made up of protease enzymes, usually papain and bromelain, that attack the protein structure of meat and makes less tough or more tender. An enzyme is biocatalyst that is itself made of a highly structured protein or proteins thus making it a biochemical and organic material. A catalyst, on the other hand, will still speed up chemical reactions like an enzyme, but cannot be classified as a biochemical or organic material; a catalyst is an inorganic or non-biochemical material that will speed chemical reactions.
It decreases the amount of energy needed for the reaction.
An enzyme-substrate complex uses the reactants(substrates) and the enzyme. The enzyme is like a catalyst that reduces the required activation energy and speeds up the chemical reaction.
Catalase is an enzyme that is found in most living organisms that have been exposed to oxygen. It basically looks like a big clump of confetti jumbled up together.
An enzyme is referred to as a catalyst as it sets off the digestive process beginning with amylase in the mouth which is produced by the salivary glands (...and followed by all the other enzymes that are mixed with the food along the alimentary canal)
No, not at all. No, not at all. No, not at all.
Meat tenderizer is made up of protease enzymes, usually papain and bromelain, that attack the protein structure of meat and makes less tough or more tender. An enzyme is biocatalyst that is itself made of a highly structured protein or proteins thus making it a biochemical and organic material. A catalyst, on the other hand, will still speed up chemical reactions like an enzyme, but cannot be classified as a biochemical or organic material; a catalyst is an inorganic or non-biochemical material that will speed chemical reactions.
Platinum, like silver, is a type of metal. You can have different amounts of a metal, but you cannot have 'three platinums.' You can have two pounds of platinum.
It's called an enzyme it's much like a catalyst except it's organically made inside your body it's used in things like saliva and stomach acid
Catalysts speed up reactions and they do this by decreasing the activation energy. The way they decrease the activation energy is by providing an alternate pathway for the reaction. Because there are so many different reaction mechanisms/pathways in chemistry, there must be many different catalysts.
An enzyme is a protein, so is in its most basic form, a string of amino acids. However, hydrogen bonds between molecules in the string make the chain fold into a large, bundled shape that will have an 'active site' that will only allow bonding one specific substrate.
Catalysts are chemicals that can speed up a reaction but don't actually get used up themselves. Catalysts that slow reactions down are called negative catalysts or inhibitors. Manganese dioxide is a catalyst that speeds up the breakdown of hydrogen peroxide into water and oxygen. When a catalyst acts in a living organism it is called an enzyme. Human saliva has the enzyme amylasewhich breaks down carbohydrates into glucose.
Enzymes are chemicals that accelerate chemical processes. They are like a catalyst where they do not participate in the reaction itself; they just make it happen more quickly. Enzymes can usually be found in the digestive system. An example would be salivary amylase.