Answer:
The lock and key model is used to explain how enzymes work.
Explanation:
An enzyme is a protein that functions as a biological catalyst . Enzymes are folded into complex shapes that allow smaller molecules to fit into them. The place where these molecules fit is called the active site.
The lock and key model was given by Emil Fischer in 1984 . According to this model the active sites of the enzymes have a specific geometric shapes wherein the substrate molecules fit in just like a key in a particular lock.
The lock and key model of an enzyme action is based upon structural complimentarity between the substrate molecule and the enzyme active site . Thus specific enzyme molecules will interact with specific substrate molecules only .
This specific action of an enzyme with a single substrate can be explained using lock and key analogy . In this analogy the lock is the enzyme and the key is the substrate . Only correctly sized key ( substrate ) fits into the key hole ( active site ) of the lock ( enzyme )
Answer:
No, you cannot.
Explanation:
Due to the Law of Conservation of Energy all chemical equations have to be balcned. The Law of Conservation of energy states that matter cannot be neither created nor destroyed. By having more atoms on either side, you are breaking this law.
We’d have to be very careful because if we had our skeletons on the outside it’d be very easy to injure ourselves
Answer:
Decomposition reaction
Explanation:
A single reactant breaking down to form 2 or more products is decomposition
Answer:
The answer to your question is 6 carbons.
Explanation:
Chemical reaction
6CO₂ + 6H₂O ⇒ C₆H₁₂O₆ + 6O₂
To calculate the number of atoms of an element in one side of the equation, multiply the coefficient (the number before the molecule) by the small number after the element.
Example
Number of carbons in the reactants
Coefficient = 6
Small number after the molecules = 1 (number one is not written in the
formula)
Number of carbons = 6 x 1 = 6