When a cell is subject to a solution that is equal in water concentration as inside the cell, the movement of water via a process called osmosis will equalize and the solution is said to be isotonic to the cell. That means the amount of water entering the cell from the solution will equal the water exiting the cell; no net water movement.
Answer:
Rate of decrease = 3.25 levels/min
Explanation:
the hormone and signaling proteins combination that produce the greatest and most prolonged response as seen in the graph is INSULIN and PROTEIN KINASE. The protein kinase B level gets up to 100 after 30minutes and as well as insulin gets added while the level remained to near 80 even after 240minutes.
The STAT 5 level at the 10th minutes = 100
The level of STAT 5 at 30th minute = 35
From 10 to 30 minutes, the level of STAT 5 = 100 – 35
From 10 to 30 minutes, the level of STAT 5 = 65
Duration = 30 – 10 minutes
Duration = 20 minutes
Rate of decrease = 65/20
Rate of decrease = 3.25 levels/min
The historical scenario is from the moment when the south began to categorically lose the war, opinions express political convictions separatist forces.
<h3>Civil War Battle of Vicksburg</h3>
The Siege of Vicksburg (May 18 – July 4, 1863) was a major battle fought in the context of the Vicksburg Campaign during the United States Civil War.
In a series of maneuvers, Ulysses S. Grant, Major General of the Union, who commanded the Army of Tennessee, crossed the Mississippi River and forced the retreat of the Confederate army, led by Lieutenant General John C. Pemberton, who had mounted a position defense in the city of Vicksburg, Mississippi.
With this information, we can conclude that the historical scenario is from the moment when the south began to categorically lose the war, opinions express political convictions separatist forces.
Learn more about United States Civil War in brainly.com/question/11874600
#SPJ1
