Answer:
Low solute potential
Explanation:
Solute potential is simply defined as a pressure that is implemented to a given solution from preventing the water flowing inward across a distinct semi-permeable membrane
. This is also known as osmotic potential.
On the other hand, the water potential can be defined as the potential energy that is attained by water per unit volume.
There is a relationship between the solute potential and the solute concentrations, where the concentration of solute is inversely proportional to the solute potential.
Thus, in the desert areas, some plant cells are comprised of high solute concentration which favors them to survive in the arid climate because they have low solute potential that helps them in reducing the loss of water.
The answer is C. Climate is all year round and can change but only over a matter of time and is not sectioned off to day by day temperatures
One of the reasons the plasma membrane can have<span> selective permeability</span><span> it's because it's composed by a bi-layer of phospholipids.
The interaction between them and other molecules will influence how these molecules will cross the membrane. If the molecule it's </span>hydrophobic it can easily cross, if it's polar molecules and ions( hydrophilic), they cannot cross easily.
Answer:
They belong to the same species
Explanation:
A karyotype is an image of the chromosomes of a cell usually taken by an atomic microscope in a cell arrested in the prophase stage of mitosis –because the chromatin is well condensed.
It is difficult to discern the difference between individuals of the same species using karyotype unless in exceptions of chromosomal disorders like Klinefelter's syndrome and Turners syndrome, and etcetera.
However different species will most likely differ in the number of chromosomes, the chromosomal sizes and their arms lengths.
Answer:
Blaming someone for what someone else did
Explanation:
