Answer:
the volume of solution A would have decreased.
Explanation:
The concentration of glucose in solution B is higher than that of solution A. Hence, solution B is said to be hypertonic in relative to solution A, while solution A is said to be hypotonic relative to solution B.
Solution B thus has lower water potential than solution A. Consequently, water molecules moves from solution A to solution B till an equilibrium is established.
Hence, if side A is examined after three days, it will be discovered that the volume has decreased as a result of losing water to solution A.
Answer:
Física, Química y Biologia
Explanation:
por khe wi
D or "The park will provide a habitat for many species of Flora and Fauna"
Answer:Action potentials result from the depolarization of the cell membrane (the sarcolemma), which opens voltage-sensitive sodium channels; these become inactivated and the membrane is repolarized through the outward current of potassium ions.
its 'b'
Explanation:
The negative feedback principle in human physiology is involved in this case. The inciting factor here is the increase in blood glucose that will be recognized by the pancreatic islet cells (the endocrine part of the pancreas) and will signal insulin release. Insulin upregulates glucose transporter proteins in cells, especially muscle cells, which will then stimulate glucose uptake from blood. Insulin also stimulates glycogen formation in the liver. These events will subsequently lower blood glucose and low blood glucose will now inhibit the insulin secretion by the pancreas. In the event of hypoglycemia or dangerously low blood glucose, the first adaptive mechanism of the body is to produce glucagon from the pancreatic islet cells. Glucagon will stimulate glycogen breakdown in the liver and therefore raise blood glucose levels to normal.<span> </span>