Answer:
Fertilization
Explanation:
hp this helps!
Answer:
In the lock-and-key model of enzyme action, the substrate fits into the active site of the enzyme. Enzyme catalyzes a chemical reaction which starts with the binding of the substrate with the active site (specific region) present in the surface of the enzyme.
Some changes occur in the distribution of electrons in the chemical bonds which are present on the substrate and cause the reaction to leads the formation of products by the binding of the substrate to the enzyme.
The product which is released from the enzyme surface to regenerate the enzyme for next reaction cycle. The active site has unique ability means only one or few enzymes can react with similar compounds.
In the lock and key theory, the enzyme is the lock and key is the substrate. Which means only correct size substrate can fit into the active site of the enzyme.
The equation for the thermal efficiency of a system is given by n = Tc/Thx100 where n is the thermal efficiency, Tc is the temperature of the cold reservoir and Th is the temperature of the hot reservoir. Dividing 190 by 515 gives us an efficiency of 36.9%.
Answer: A.
63.1%
Explanation: edmentum
directly from
(1) ATP (3) sunlight
(2) DNA (4) starch
b. absorbed
c. both absorb and reflected
d. neither absorb or reflected
Answer:
La respuesta es la B /The answer is B
Explanation:
La clorofila, el pigmento que hace que las hojas sean verdes, absorbe luz en las longitudes de onda violeta y azul y asimismo en el rojo; dado que refleja la luz verde, parece verde.
Chlorophyll, the pigment that makes the leaves green, absorbs light in the violet and blue wavelengths and also in the red; Since it reflects green light, it looks green.
Answer: The stratum granulosum
Explanation: It is called the grainy layer because it contains keratin-filled granules
The 'grainy cells' layer of the epidermis is the stratum granulosum. This layer gets its grainy look from the keyword proteins keratin and keratohyalin produced by the keratinocytes as they move from the stratum spinosum. These proteins create granules within the cells, giving the layer its appearance.
The layer of the epidermis known as the 'grainy cells' is the stratum granulosum. This layer gains its grainy appearance due to changes in the keratinocytes as they move from the stratum spinosum. These cells, which are three to five layers deep, become flatter and their cell membranes thicken. Additionally, they generate a large amount of the proteins keratin and keratohyalin. These proteins accumulate within the cells, creating the appearance of granules, hence the 'grainy' description. As the cells die, they leave behind keratin, keratohyalin and their cell membranes to form the subsequent layers of the epidermis: the stratum lucidum, the stratum corneum, and other structures such as hair and nails.
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