The answer is B. Gravitational potential energy.
Hope this helps
It's not always available , because its not windy everyday
The more probable answer is b: power plant effluent; golf course runoff, although a: <span>power plant effluent; an underground coal mine drain, is also a possible answer.
The source of effluent from a power plant occupies a small, well defined space, i.e. an effluent pipe. This is what is known as a point source, as you can identify with high confidence the spatial and temporal boundaries of the source of pollution. Point sources are relatively easy to quantify and manage because they are so well defined in space and time. Reducing pollution from point sources could be achieved by simply treating effluent to a higher standard or reducing the amount of effluent released. Runoff from land, such as a golf course, is what is defined as a non-point source pollutant. The spatial and temporal aspects of this sort of pollution are much harder to define, as the pathways of runoff from the land into the river may be highly dispersed and variable over time. These sorts of pollution are therefore much harder to quantify and manage.</span>
<span>Plant cells will also change with the degree of specialization. It means that when is is a higher developed organism then it will have a higher degree of specialization. For the second question,Somatic cells of animal callus are most common to the plant cell. It is because just like a callus, the tissue of the plant cells are thick and it serves them as protection from friction.</span>
Answer:
Lysozyme is also known as muraidase which is an antimicrobial enzyme produced as a product of the innate immunity.
Lysozyme is a glycoside hydrolase which catalyses the hydrolysis of 1,4 beta linkage which lies in between N-acetyl -D-glucosamine(NAG) and N-acetylmuramic acid( NAM )residues which main component of gram positive bacterial cell wall.
Which inturn leads to the lysis of the bacterial cell and protects the body from various types of the bacterial infections.
