Answer:
Explanation:
Hydropower is the generation of electricity from water through the construction of dams. it is a renewable energy source use over a wide range of environment. Construction of a waters storage project can raise the water level behind a dam from a few feet to several hundred feet by prevention water free flow called Inundation.
It leads to migration of human and other living organism such as fish and salmon. Salmon movement may be disoriented through the slower move of the water this leads to migration.
Fish moving around the dam coming in contact with turbines and the walls of the dam can become stressed, injured or die
vegetation and surrounding water it provide habitat for birds, waterfowl, and small and large mammals when hydroelectric project results in blockage of free-flowing river, the nesting, forage, and cover provided for the organism in these areas is temporarily or permanently lost.
Transpiration is when extra water is removed from leaves of plants back into atmosphere/ecosystem so it’s gotta be D
Answer: Option A.
Some nerves transmit sensory information while others transmit motor information
Explanation:
Mixed nerve consist of both efferent( motor fibres) and afferent axon ( sensory fibres). They transmit both sensory and motor information.
The afferent or Sensory axon transmit sensory information while the efferent or motor fibres transmit motor information from the brain. They transform electrical impulses from the Central nervous system to the muscles in the body. Examples include cranial nerves
1. The enzyme glycogen phosphorylase removes terminal glucose residues from glycogen by cleavinα(1,4) linkages.
2. Enzyme activity stops when the enzyme reaches a point four glucose residues from a branch point, which is an α(1,6) linkage
3. The transferase activity of the debranching enzymes moves three glucose residues to another branch, connecting them by an α(1,4) linkage
4. The <u>glucosidase</u> activity of the debranching enzyme removes the glucose at its<u> α(1,6) li</u>nkage
5. The enzyme <u>glycogen phosphorylase</u> continues removing terminal glucose residue
Explanation:
Several enzymes are required for the breakdown of a glycogen molecule to a glucose-6-phosphate molecule through glycogenolysis. These enzymes are completely responsible for degrading the glycogen, remodeling the glycogen and converting the glycogen. This is a regulatory process which takes place where is glucose lack or to accelerate fluid. The main enzymes that take part in this glycogen pathway are glycogen phosphorylase and the degrading enzyme.