Answer:
release enzymes for chemical digestion of food
Explanation:
Liver is a large organ located on the right upper quadrant just below the diaphragm of an organism.
Liver detoxifies the drug and harmful substances of the body. Liver produces bile juice, regulate carbohydrate metabolism and regulates the cholesterol excretion. Liver doesn't produce any enzyme for the the digestion of food. The bile juice of liver contains salts and chemical that helps in the emulsification of food.
Thus, the correct answer is option (A).
Answer: 2 minutes times 6 minutes on money
<span>It </span>contains no additional gases<span>, </span>minerals<span>, or </span>contaminants<span>. ... </span>Would<span> it be </span>right<span> to </span>give<span> a </span>person<span> an </span>IV<span> (</span>intravenous<span>) </span>therapy<span> of </span>distilled water<span>? </span>Yes<span>. </span>Distilled water<span> is </span>pure<span> and </span>will cause no harm<span>. </span>Yes<span>. The </span>IV will<span> be </span>isotonic<span> </span>
Answer:
Water potential 
Explanation:
As we know,
Water potential is equal to the sum of pressure potential and solute potential
Ψ 
ΨS 
ΨP
Where Ψ is the water potential
ΨS is the solute potential
ΨP is the pressure potential
Given -
Solute potential ( ΨS )
Pressure potential ( ΨP ) 
Substituting the given values, we get -
Ψ 
Ψ 
Answer:
systems (system biology)
Explanation:
Systems biology can be defined as a methodology whose interest is to understand the high scale levels of complexity in biology (i.e. organism level, tissue level, cell function, etc) by integrating information/data from different sources, and thus examine the interaction between biological components. This approach is contrary to reductionism, which is another approach used in biology research. Therefore, systems biology is a holistic approach aimed at modeling complex biology systems by applying computational and mathematical methods, enabling to understand biological systems.
