The answer is B. artificial selection. Artificial selection is . a process in the breeding of animals and in the cultivation of plants by which the breeder chooses to perpetuate only forms that have certain desirable inheritable characteristics (such as, in this case, cows that produce the most milk).
Water is running and collecting along the surface.
B.
Water is absorbing heat energy and changing from a liquid to a gas.
C.
Water is releasing heat energy and changing from a gas to a liquid.
D.
Water is being absorbed into the ground.
Yes, boredom is a likely explanation for the spider monkeys’ behavior.
No, emotions of non-human organisms cannot be tested.
Yes, the hypothesis could be tested through a controlled experiment.
An olympic bronze medal is given to an athlete who achieves third position in any sports. An olympic bronze medal is made up of 3 elements; copper, zinc and tin.
Olympic Games are the world's foremost sports competition. There are three classes of medal to be won by an athlete in a sports. These include gold, silver, and bronze, awarded to first, second, and third positions, respectively.
The bronze medals are presented to the second runner-up of the sports. These are made of copper, zinc, tin, and a very small amount of silver. In Olympic Games, each bronze medal contained 1% silver element and the remaining 99% was made from coinage bronze element. Bronze coinage is made up of 97% copper, 2.5% zinc, and 0.5% tin.
Learn more about medals here:
#SPJ2
Answer:
3 atoms
Explanation:
Copper atom, zinc atom and tin atom
A.Large amounts of salt water would cause the cell to swell, while reduced amounts would cause it to shrivel.
B.Large amounts of saline would cause the cell to swell, while reduced amounts would cause it to shrivel.
C.Large amounts of water would cause the cell to swell, while reduced amounts would cause it to shrivel.
D.Large amounts of glucose water would cause the cell to swell, while reduced amounts would cause it to shrivel.
Inorganic membranes are found under the floor tiles of our bathrooms, in our drinking water filters, and in the fuel cells of industrial plants. Structures that require water resistance are also made up of membranes.
These can be found in gardens, underneath roads, and in ponds and reservoirs.
The cell membrane acts as a barrier and gate. It is semi-porous, meaning that some molecules are able to pass through the lipids bilayer, but others are unable to. Small hydrolysis molecules and gases (e.g., oxygen and CO2) pass through membranes quickly.
To learn more about the membranes, refer to the link:
#SPJ6