The rate of reaction stops increasing because there is no substrate left to bound with an enzyme to increase the rate of reaction.
An enzyme is a substance that increases the rate of reaction by catalyzing the reaction.
The enzyme is called a biological catalyst.
Enzyme work when it combines with the substrate of the reaction to make products.
When the enzyme is added, the rate of reaction increase because it fastens the reactions.
But when the substrate is converted into a product and there is no substrate left to combine with enzyme the rate of reaction stop increasing.
Thus, The rate of reaction stops increasing because there is no substrate left to bound with an enzyme to increase the rate of reaction.
Learn more about enzymes, here:
Answer:
All the substrates are bound to the enzyme, thats why the reaction rate stopped increasing.
Explanation:
Actually an enzyme works by binding a substrate molecule to its active site, producing a product , resulting in an increase in the rate of reaction.
Enzyme + substrate = Enzyme + product
Whenever enzymes are added , reaction rate increases as the substrates are being bound to the enzyme's active sites but then occurs a stage where further addition of enzyme cannot increase the reaction rate because all the substrates have bound to the enzyme and there are no substrates left.Hence the reaction rate stopped increasing.
Vacuoles in plant cells aid in preserving the equilibrium of water. A single vacuole may occasionally occupy the majority of a plant cell's inner volume.
Water and other cellular components are stored in the enormous, membrane-bound organelles known as central vacuoles, which are present in plant cells.
Pressure is applied to the surrounding cell components and the cell wall by a central vacuole that is filled with fluid.
The central vacuole has a variety of functions in plant cells, including storing salts, minerals, nutrients, proteins, and pigments, promoting plant development, and contributing significantly to the structure of the plant.
Therefore, central vacuole play an important role in plant cells.
Learn more about central vacuole here:
#SPJ2
Answer:
Dry Heat
Explanation:
Answer: dry heat
Explanation:
just took the quiz
B. structure/function claim
C. nutrient content claim
D. scientific statement
The answer is actually B. structure/function claim.
Answer: structure/function claim
Explanation: