Answer:
solute and solvents in a solution.
Explanation:
You have performed exome sequencing and have identified a gene in which two different mutant forms are prevalent. Each mutation is a missense mutation, but they are found in different parts of the gene. What can you conclude about these mutations
Answer:
Missense mutations may have different effects
Explanation:
A missense mutation is a single base-pair nucleotide change that causes an amino acid substitution in the resulting protein chain. A missense mutation may have distinct effects depending on the amino acid that is replaced in the mutated protein. For example, it is expected that the substitution between similar amino acid residues (such as, for example, leucine and isoleucine) may have no effect, while the replacement of one amino acid with another amino acid with different properties/charges/functional groups may render the protein nonfunctional. Similarly, it is expected that missense mutations localized at different exons/gene regions render different functional effects on the resulting protein isoforms.
11. All living things are made of cells.
True
False
Answer:
True
Explanation:
Cells are a crucial part of any living thing. This is what they provide:
Provide structure for the human bodyTake in nutrients from foodConvert those nutrients into energyCarry out specialized functionsEvery living thing has one or more cells at least. Without them, we couldn't survive. If living things didn't have cells, they wouldn't be living.
Therefore, the answer is true. All living things are made of cells.
On the map, which symbol represents a cold front? Choose the correct letter.
A.
A
B.
B
C. c
D. D
the idea that government is not above the law is an example of the principle of
Answer:
limited government
Explanation:
a limited government is the idea that certain restrictions should be placed on government to protect the natural rights of citizens.
Answer:
the rule of law
Explanation:
becus ik
What would happen if all the major mountain ranges, particularly in the north hemisphere were gone? The Rockies, Himalayas, the Alps, etc. Think of specific impacts to winds and global wind patterns.
Answer:
These big and hefty mountain ranges are play important role in weather and wind patterns in their related geographical region. Mountain ranges such as Himalayas, Rockies and Alps affects the weather and movement of wind on global level as well.
In absence of these mountains the global pattern of the wind can be affected and cause drastic change in global climate change as they play crucial role as barrier to wind and jet streams by diverting or dividing it.
For instance Himalayas, during the northern winters diverts the wind and acts as barrier for wind which prevents it from freezing. Rockies and Andies blocks the moisture laden winds flow from Pacific Ocean to western flanks of the american continent that leads to a dry region called rain Shadow desert zone.
Hence if these mountain ranges are gone these impacts will not be felt. Similarly Himalayas in India, cause monsoon wind to strike and cause rain in the region. So winds are greatly affected by these Mountains. If these mountain ranges were gone, winds will flow undisturbed as there would be no barrier to global wind patterns.
Which usually will allow one group of scientists to repeat an experiment performed by another group of scientists?
Answer: Hi!
The answer to this question will be D, "knowledge of the entire investigation carried out by the original group of scientists". A group of scientists need to know exactly what went on before in the experiment so they can replicate it without making any mistakes. If they do something different than the first group, it's not a valid replication, because their results will be different.
Hope this helps!