Answer:
A sustainable community fulfills the requirement of present generation and also preserve resources for the future generation
Explanation:
Local residents of any community can be made aware to protect the environment and its resources through the following ways
a) Conducting learned tutorials
b) Making informatory presentations and videos
c) Conducting informative exercises
A community becomes sustainable by adopting the following strategies –
a) Making communities environmentally sensitive by making it energy efficient
b) Reducing pollution and promoting tree plantation and maintenance
c) Using renewable resource of energy and reducing pollution
d) Protecting bio diversity
e) Making communities cleaner and safer
f) Adopting environmentally friendly life style
A sustainable community looks like a well-equipped neighborhood that has efficient design and energy management system. It has adequate space for all essential components of a neighborhood and caters the needs of a newly borne child and also an old age person
Answer:
it eats away at the host from the inside
Explanation:
Answer:
The answer is Letter B. It is the only true affirmation.
Explanation:
<em>The cerebral hemispheres account for about 83% of total brain mass.</em>
The other alternatives are false because the longitudinal fissure is the deep groove that separates the two hemisphere of the vertebrate brain.
Gyri is not the shallow groove that mark the nearly entire surface of he cerebral hemispheres. Gyri is a ridge on the cerebral cortex.
Sulci is not the elevate ridge that marks nearly the entire surface of the cerebral hemisphere. Sulci is a depression that surrounds the cerebral cortex.
The Gyri and the Sulci create the folded appearence of the human brain and some other mammals.
Answer:
a. lactic acid fermentation
Explanation:
Under conditions of intense exercise, the oxygen gas obtained by pulmonary respiration may be insufficient to meet the needs of muscle cells in the work of obtaining energy from cellular respiration.
However, even in the absence of oxygen gas, our muscle cells can release the available energy in glucose, leading to even smaller amounts of ATP molecules. Under these conditions, muscle cells perform lactic fermentation, a process that is virtually identical to glycolysis (the first set of cellular respiration reactions), except that pyruvic acid is transformed into lactic acid with the formation of 2 ATPs. Despite the lower energy yield, fermentation ensures the energy supply to the muscle. Lactic acid formed under these conditions has been associated with muscle pain and fatigue characteristic of intense physical exercise. Recent research, however, has shown that pain is caused by muscle fiber micro-injuries rather than lactic acid as it is rapidly metabolized and eliminated.
