Explanation:
The domestication of animals and the development of agriculture are likely causes for the rise in population growth that occurred 8,000 years ago. Prior to the domestication of animals and the development of agriculture, human populations relied primarily on hunting and gathering for their food. These methods of food acquisition were often unreliable and limited the growth of human populations.
With the domestication of animals, humans were able to produce a steady source of food and protein through the raising of livestock. This allowed for the growth of larger, more settled human populations. Additionally, the development of agriculture made it possible for humans to grow their own food, which greatly increased the amount of food available to them. This allowed for population growth as people no longer had to rely solely on hunting and gathering for food.
The combination of these two advancements in food production allowed for a significant increase in population growth, as people were able to produce more food and feed more people. This led to the rise of settled agricultural societies and the development of civilizations.
Your ____ as a digital investigation and forensics analyst is critical because it determines your credibility. professional conduct.
Your credibility as a computer investigation and forensics analyst depends on your professional behavior/ Conduct.
The use of investigation and analytical methods to collect and preserve data from a specific computing device in a way that is appropriate for presenting in court is known as computer forensics. To conduct a structured investigation and preserve a recorded chain of evidence in order to determine exactly what occurred on a computing device and who was accountable for it, computer forensics is used. The area of law governing the members of expert organisations that is under the purview of statutory and contractual authorities is known as professional behaviour or professional conduct.
"Computer forensics" is a topic of a generation that uses investigative techniques to find and save evidence from a computer device. Computer forensics is frequently helpful for locating evidence that could be used in a court of law. Aside from areas covered by investigations, computer forensics also includes unrelated areas.
Additionally, forensic analysts must always act professionally.
Since this establishes credibility.
Professional behaviour is thus quite proper and supports the aforementioned claim.
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the fragmentation period of therapeutic recreation involved which of the following trends or events?
The growth of the American Therapeutic Recreation Association and the disagreement over the therapeutic recreation movement's philosophical viewpoint are the events involved in the fragmentation period of therapeutic recreation.
The events involved in the fragmentation period of therapeutic recreation include the growth of the American Therapeutic Recreation Association and the disagreement over the therapeutic recreation movement's philosophical viewpoint. In order to enhance and maximize one's health, physical function, social and emotional well-being, and overall quality of life, therapeutic recreation practitioners use evidence-based leisure and recreation interventions.
Through recreational therapy, people with particular medical issues can enhance their knowledge, skills, physical health, and emotional well-being. To set health goals and create a strategy to fulfil your requirements, recreational therapists collaborate with your medical team and you.
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hydrogen bonding is responsible for: select the correct answer below: A.the structure of the B. dna backbone dna base pairing C.the number of bases in dna D.none of the above
Hydrogen bonding is responsible for, option A: the structure of DNA.
The structure of DNA comprises of two types of bases called purines and pyrimidines joined together to from double-stranded DNA molecules. The bases here are joined together by hydrogen bonds between one purine and another pyrimidine. Purines- adenine and guanine- are bonded to pyrimidine-thymine and cytosine- respectively. This type of pairing of bases is called complementary base pairing.
DNA is a group of molecules responsible for carrying and transmitting genetic information from parents to children. It's called a double-helix to characterize its structure. It is a nucleic acid, and nucleotides are the building blocks of all nucleic acids. Each nucleotide, which makes up a portion of the DNA molecule, is made up of three separate substances, including sugar, phosphate groups, and nitrogen bases.
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(Please Help!) The image above makes a statement about the relationship between geology and biology. Explain what this relationship is
Answer: Geology is the study of the earth. Biology is the study of life. The two are inextricably interlinked. Recent work has shown that life formed extremely quickly on this planet and that since it formed it has shaped the environment in very profound ways. For example early life generated our oxygen rich atmosphere.
There are specific subdiciplines of geology that are heavily oriented towards biology. These include paleontology, paleobotany and paleoecology.
There are a number of rocks that are created predominantly by biological processes. Limestone is the principle example. Life also created our planet's coal and petroleum resources. These resources exist because life was so abundant that the environment's ability to 'eat' the surplus was outstripped.
||DONT USE IN EXACT WORDS...I ADVISE YOU NOT TO..PLAGARISM MAY BE DETECTED...YOU MAY LOOSE POINTS FOR THIS REASON.||
What percentage of dogs carry the heartworm nematode in Mississippi?
I found this confusing Why there is no an option of 10%? (One in ten , it should be 10%?)
80%
60%
70%
50%
The two strands of duplex DNA are complementary in sequence and arranged in antiparallel fashion. What is the base sequence of the complementary strand to the following:
O 5'-ATGCTCGACTTACAT-3'
O 5'-TACATTCAGCTCGTA-3'
O 5'-ATGTAAGTCGAGCAT-3'
O 5'-TACGAGCTGAATGTA-3'
O 3'-ATGCTCGACTTACAT-5'
The complementary sequence is 5'-TACGAGCTGAATGTA-3'.
A molecule of DNA is composed of two strands that are linked to each other and coil around each other to form a helix-like structure that looks like a twisted ladder.
sugar groups are arranged in an alternating pattern along the backbone of each strand. One of the following bases, adenine (A), cytosine (C), guanine (G), or thymine, is joined to each of the sugars: (T).
Scientists have been scratching their heads over the question of why the DNA of every organism on Earth is a right-handed double helix ever since Francis Crick and James Watson announced in 1953 that they had discovered the double-helical structure of DNA. The discovery of DNA's double-helical structure was made in 1953.
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which of the following were disposed of in the biohazardous waste disposal? which of the following were disposed of in the biohazardous waste disposal? the cholesterol strip and the alcohol wipe the alcohol wipe, the lancet, and the cholesterol strip the lancet and the cholesterol strip the lancet and the alcohol wipe
The lancet and the alcohol wipe were disposed of in the biohazardous waste disposal. Correct answer: letter D
Biohazardous waste is any waste that is contaminated by blood or other potentially infectious materials, and must be handled in a specific way. This includes any medical waste that may be contaminated with blood, such as needles, lancets, swabs, and other items. Proper disposal of biohazardous waste is necessary to protect the public, healthcare workers, and the environment.
All biohazardous waste must be labeled, segregated, and securely stored in a designated area until it can be disposed of properly. Depending on the type and amount of waste, it may be necessary to contract with a licensed biohazardous waste disposal service to ensure it is disposed of in accordance with local, state, and federal regulations.
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Grouping organisms based on their evolutionary relationships is the process of ____, which is part of taxonomy. Classification.
Taxonomy is the systematic classification of species and their evolutionary connections. The science of categorizing and identifying organisms based on shared traits is known as taxonomy.
A clade is a collection of organisms composed of an ancestor and all of its offspring. It is based on evolutionary links and is a phylogenetic categorization. The study of links between living things, as well as the formal categorization of species into groups based on those supposed ties, is known as taxonomy.
The similarities and differences between organisms are used to classify them. Phylogeny is the scientific word for the evolutionary history and relationships of an individual or collection of organisms. Phylogeny explains an organism's connections, such as which creatures it is assumed to have developed from and which species it is most closely related to.
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List two similarities and two differences between the pelvic girdles and the pectoral girdles in terms of structure and function ?
Both pelvic and pectoral supports give appendage skeleton association and muscle connection, yet contrast in strength, adaptability, and capability with the pelvic being more extensive, more grounded, and for weight bearing, while the pectoral is thin, adaptable, and fragile arm developments.
Likenesses:
Both the pelvic and pectoral supports are made out of bones that are expressive with the hub skeleton, framing the association between the appendages and the remainder of the body.The two supports offer help and connection destinations for muscles, considering development and solidness.Contrasts:
The pelvic support is more extensive and more grounded, offering help for the heaviness of the body and the exchange of weight from the chest area to the legs. The pelvic support is all the more immovably connected to the hub skeleton, while the pectoral support is more adaptable, considering a more extensive scope of movement in the arms.To learn more about the pelvic girdles and the pectoral girdles at
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experimentation is only one part of the process of scientific inquiry, but it is a very important step because it_______
Experimentation is only one part of the process of scientific inquiry, but it is a very important step because it allows scientists to test hypotheses and gather evidence to support or reject them.
This process helps scientists to understand natural phenomena more deeply and to develop theories that can be used to explain and predict phenomena in the future.
Beyond the physical experimentation, scientists can use observational data to gain understanding of natural processes. Observations allow researchers to track the behavior of natural systems over long periods of time, and can provide insight into the underlying causes and effects of phenomena. Additionally, observations can be used to support or refute hypotheses that have been formed through experimentation. This combination of experimentation and observation is essential for gaining a deeper understanding of the natural world.
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Nucleic acids (DNA and RNA) are polymers of nucleotides. The structural backbone of nucleic acids contains the following repeating pattern:
O ...--base--sugar--base--sugar--...
O ...--phosphate--sugar--phosphate--sugar--...
O ...--base--phosphate--sugar--base--phosphate--sugar--...
O ...--base--phosphate--base--phosphate--...
O ...--phosphate--phosphate--sugar--phosphate--phosphate--sugar--...
O ...--base--phosphate--phosphate--base--phosphate--phosphate--...
The structural backbone of nucleic acids contains the repeating pattern that is as follows:- Phosphate - Sugar - Phosphate - Sugar -
All nucleotide have a common structure in RNA and DNA, a phosphate group linked to a pentose sugar by phosphodiester bond, which in turn is linked to a organic base. Pentose sugars are : ribose in RNA and deoxyribose in DNA. Organic bases are: A,G,C and T in DNA; A,G,C and U in RNA. A nucleotide is formed by combining the phosphate group, nitrogen-containing base, and sugar. The sugar that participates in the formation of nucleotides can be ribose or deoxyribose.
(Abbrevation: A- Adenine; G- Guanine; C- Cytosine; T- Thymine and U- Uracil
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humans have a lot of homologous structures in common with other animals, and several of these structures are no longer in working order in human bodies. these nonfunctioning structures are called vestigial structures. they still show evidence of common ancestry, but they do not do the same things in humans as they do in other animals. : A. Pelvis..etc B. Fish C. Birds D. Spine 100%
Pelvis functions similarly in humans and not in other animals.
A physical trait that distinguishes two or more species, such as a complicated bone structure or a body plan, may have been passed down from a common ancestor. A common ancestor's evolutionary history causes physical characteristics to be homologous.
For instance, the forelimbs of people, dogs, and whales all appear quite different from the outside. This is as a result of their adaptation to various surroundings. However, if you examine the forelimbs' bone structure, you'll notice that all species share a fairly similar bone pattern. It's doubtful that such comparable features would have separately developed in each species.
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select the definition of gene silencing. a repressor protein binds to the promoter, preventing transcription. a mutation in rna polymerase prevents it from binding the promoter, preventing transcription. a mutation in the promoter prevents rna polymerase from binding, preventing transcription. a deletion of part of the beginning of a gene sequence prevents transcription of the gene. the structure or location of a gene prohibits access by transcriptional enzymes.
The definition of gene silencing is when a repressor protein binds to the promoter, preventing transcription. Correct answer: letter A.
Gene silencing is a process in which the expression of a gene is reduced or completely suppressed. This is usually accomplished through the binding of a repressor protein to the promoter region of the gene, which prevents the gene from being transcribed and translated into a functional protein.
This can be done through a variety of mechanisms, such as DNA methylation, histone modifications, and alterations in the structure or location of a gene. Gene silencing can also be achieved through the use of small interfering RNAs (siRNA) or antisense RNAs, which bind to mRNA and prevent the translation of the gene. Gene silencing can be used to regulate gene expression in a variety of contexts, from development to disease.
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an example of negative feedback is: group of answer choices oxytocin receptor upregulation on the uterus during labor and child birth cortisol inhibiting corticotropin releasing hormone (crh) secretion from the hypothalamus testosterone increasing muscle mass estrogen encouraging follicle development in the ovarytestosterone increasing muscle mass thyroid hormone increasing metabolism in muscle tissue
The thyroid hormone increases metabolism in muscle tissue is an example of negative feedback.
Negative feedback homeostatic processes occur when changes in the environment affect the body and trigger negative feedback.
Negative feedback is a mechanism for regulating hormone concentrations in the blood. when the hormone concentration increases, hormone production will be inhibited. Conversely, when the concentration of hormones decreases, hormone production will increase.
The regulation of thyroid hormone synthesis and resistance is a negative feedback mechanism. Normally TSH from the pituitary stimulates the thyroid gland to secrete T3 and T4. TSH release increases when thyroid hormone decreases and vice versa. The increase in thyroid hormone provides a feedback signal to the pituitary.
Correct question writing:
An example of negative feedback is: a group of answer choices
oxytocin receptor upregulation on the uterus during labor and childbirth.cortisol inhibiting corticotropin-releasing hormone (CRH) secretion from the hypothalamus.testosterone increasing muscle mass.estrogen encouraging follicle development in the ovary.thyroid hormone increasing metabolism in muscle tissue.The true answer is fifth option.
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cell death that involves orderly dismantling of components and packaging the remainder in vesicles is defined as .
cell death that involves orderly dismantling of components and packaging the remainder in vesicles is defined as apoptosis
The cell is the smallest unit of living things. Cells have a cell cycle from the time they grow to divide and produce children. In the process of the cell cycle, sometimes cells are damaged due to various things such as damage that cannot be repaired, viral infections, conditions that cause stress on cells. When cell damage cannot be repaired, cells will carry out apoptosis.
Apoptosis is a process of programmed and genetically regulated cell death, involving mitochondria to release proapoptotic molecules that play a role in activating the apoptotic cascade. Apoptosis is characterized by chromatin condensation, cell fragmentation and phagocytosis of these cells by neighboring cells. The function of apoptosis is to maintain the balance of the number of cells.
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Inheritable changes in genetic information, called ________, provide an important source of variation, some of which is good, and some of which is bad. Differences in hair and eye color are visible examples of these changes.
Inheritable changes in genetic information, called mutation.
What is mutationA mutation is a permanent change in the DNA sequence that makes up a gene. Mutations can range from single DNA base changes to larger insertions or deletions of genetic material and can result in various effects on an organism's phenotype, from benign to harmful. Mutations are the basis for genetic variation and evolution.
Evolution is the process of change in all forms of life over generations, due to natural selection and genetic variation. It explains how species adapt and diversify over time, leading to the diversity of life on earth. Evolution is a scientific theory and has been extensively studied and supported by a wealth of empirical evidence.
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How do two alleles for the same gene differ?
A. They use different rules for nitrogenous base pairing.
B. They contain slightly different codes for amino acids.
C. They are located at slightly different points on a chromosome.
D. They are made of different types of proteins.
Answer:
B. They contain slightly different codes for amino acids.
Explanation:
In the year 2005, the population of Idaho, is estimated to be 80. By the end of 2005, the cumulative incidence of measles in this community was estimated to be 10%.
No deaths were reported in the following year. If the basic reproduction number of measles in this community is 5, what proportion of this community will have to be vaccinated to achieve herd immunity in 2006?
Answer:
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Explanation:working on answer hold up
Describe how weak bonds can hold large macromolecules together.
Give specific examples of these bonds helping macromolecule form a secondary or tertiary structure.
Answer:Weak bonds, such as hydrogen bonds, van der Waals interactions, and hydrophobic interactions, can hold large macromolecules together by providing a small amount of attraction between different parts of the molecule. These bonds allow for the formation of secondary and tertiary structures in proteins and nucleic acids.
For example, in proteins, hydrogen bonds between the peptide bonds of the amino acids can form the alpha helix and beta sheet secondary structures. These structures provide stability and allow for specific functions such as enzyme activity and antibody recognition.
In nucleic acids, hydrogen bonds between the base pairs of DNA and RNA can form double helix and secondary structures such as stem-loop structures. These structures play important roles in DNA replication and gene expression.
Additionally, hydrophobic interactions between nonpolar amino acids in a protein can cause them to come together, thereby excluding water molecules and forming a hydrophobic core, which is important in the formation of tertiary structure in proteins.
The model that describes the number of bacteria in a culture after t days has just been updated from P (t) = 5(3)t to P(t) 5(2)'_ What implication can you draw from this information? The final number of bacteria is 2 times as much instead of 3 times as much: The number of bacteria doubles every day instead of tripling every day: Neither of these answers
The number of bacteria triples every day instead of doubling every day.
From the query, we learn that
The initial design is P(t) = 7(2)^1
The upgraded version is P(t) = 7(3)^1
Looking at the two models that specify the number of bacteria, we can generally observe that in the first model, the number doubles every day, for instance, if the time is equal to one day.
P(1) = 7(2)^1
P(1) = 3*7
Here, we see that the constant 7 is being doubled, but in the new model, using the same example with t = 1, we can see that the number is being tripled every day.
Here, we observe that the number 7 is tripled for every day.
Therefore, the alteration in the model has the conclusion that bacteria will multiply three times day rather than twice daily.
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Blood typing can help determine paternity. Suppose an unmarried woman gives birth, charges a certain man with being the father, and sues for child support. He demands blood tests, which show that the woman is type A, the baby is type A, and he is type B. Does this evidence rule him out as the father? Please explain and discuss why or why not
Answer:
The evidence is not enough to rule him out as the baby's father.
Explanation:
If one parent has Type A blood, and the other has Type B, the baby can be either Type A, B, AB, or O. There are 3 types of blood alleles; A, B, and O. A and B are codominant, meaning that they are equally dominant. Both the A and the B will dominate the O, but if both are present together, they become AB. If the father's blood consists of a B and an O, then it's entirely possible that he gave the O and the Mother gave an A. The A would dominate the O, meaning that even though the allele would be read as AO, the blood type would be A. But this argument only works if the father is BO. If the father was BB, then it would be impossible for the baby to have Type A blood.
(this might seem a little scattered, I'm sorry. I just basically typed my thought process)
Which of the following pieces of experimental evidence would best support the claim that alternative splicing of DRD2 pre-mRNAs is associated with the mutation described above?
The best evidence for the claim that alternative splicing of DRD2 pre-mRNAs is associated with the mutation described would involve examining the effects of the mutation on the alternative splicing of DRD2 pre-mRNAs.
Examining whether alternative splicing of DRD2 pre-mRNAs is associated with the development of schizophrenia, and determining whether the alternative splicing of DRD2 pre-mRNAs leads to changes in the dopamine receptor protein that are associated with an increased risk of schizophrenia.
Researchers should examine if alternative splicing of DRD2 pre-mRNAs is associated with the development of schizophrenia. This can be done by performing a study comparing the transcriptomes of cells from individuals with and without schizophrenia. By analyzing the differences between the two transcriptomes, researchers can determine whether alternative splicing of DRD2 pre-mRNAs is more common in individuals with schizophrenia.
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Complete question :
Which is the best experimental evidence would best support the claim that alternative splicing of DRD2 pre-mRNAs is associated with the mutation described?
I will give you brainlyist. Small plants with deep roots require less water to grow in some kinds of soil , such as clay soil . Option 4 Option 2 Option 3 During a dry year , which plant will most likely be able to survive in clay soil ?
Answer:
The Option 4 Plant
Answer: Option 4
Explanation: The deep roots enable the plant to reach the water deep under the surface, since the water near the surface will be evaporated.
What is structural adaptation?
Structural adaptations are how the animal's body functions or looks on the outside. Body parts (like feet and ears) and body coverings (like fur and scales) are structural adaptations. Blanding's Turtles and other species of turtles have a structural adaptation that is very easy to see — their shells.
place in order from greatest length on earths surface to least, the three types of plate boundaries
There are three types of plate boundaries: Convergent, Divergent, and Transform/Conservative.
What do you mean by plate boundaries?A plate boundary is a three-dimensional surface or zone across which there is a significant change in the velocity (speed or direction) of motion of one lithospheric plate relative to the adjacent lithospheric plate.
Two plates sliding past each other forms a transform plate boundary. One of the most famous transform plate boundaries occurs at the San Andreas fault zone, which extends underwater.
Plates interact in three ways: 1) Plates move away from each other at what are called divergent boundaries (also known as spreading centers); 2) Plates move towards each other at convergent boundaries, where continents collide creating mountain ranges.
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The rate of decomposition of leaf litter in woodlands can be strongly influenced by
O moisture.
O nitrogen content
O leaf toughness.
O All of the choices are correct
The rate of decomposition of leaf litter in woodlands can be strongly influenced by multiple factors, including moisture, nitrogen content, and leaf toughness.
Moisture: Moisture levels can have a significant impact on the rate of decomposition of leaf litter. High moisture levels can increase microbial activity, leading to faster decomposition, while low moisture levels can slow down or stop decomposition.
Nitrogen Content: Nitrogen is an essential nutrient for many decomposer organisms, including bacteria and fungi. The nitrogen content of the leaf litter can influence the rate of decomposition by affecting the growth and activity of decomposers. Leaf litter with high nitrogen content can support a more diverse and active community of decomposers, leading to faster decomposition.
Leaf toughness: Leaf toughness, or the physical hardness of the leaves, can also affect the rate of decomposition. Tougher leaves may be more resistant to decomposition and can take longer to break down.
All of these factors can interact with each other and with other environmental variables, such as temperature and light, to influence the rate of decomposition of leaf litter in woodlands. Understanding the factors that influence decomposition is important for understanding the carbon and nutrient cycling in forests and other ecosystems.
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if x units of dna are present in the nucleus which has just divided through mitosis what is the relative
If x units of dna are present in the nucleus which has just divided through mitosis,the relative is X
Mitosis is a cell division event that produces two daughter cells with the same number of chromosomes as the parent cell. Mitotic cell division occurs in the nucleus to duplicate the body by multiplying the DNA. The process of mitotic division occurs in all body cells (somatic), except sex cells (gametes).
Prophase is the first stage of mitosis i.e. condensation and thickening of chromosomes into an X structure. Each chromosome now consists of a pair of identical sister chromatids. The X structure is formed from two chromatids joined by a centrosome. Therefore, if X DNA units are present in the nucleus and carry out mitosis, the relative value is X. The centromere has two kinetochores which are protein formations and eventually become the attachment points for the spindle fibers.
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Molecules that have the same chemical formula (same numbers of each atom) but different three-dimensional shapes are called _____. isomers
When molecules have the same chemical formula (same numbers of each atom) but different three-dimensional shapes, it is called isomers.
Isomers are molecules that have the same chemical formula (the same number of atoms of each element), but have different arrangements of those atoms in space.
This results in different three-dimensional shapes, and often different physical and chemical properties as well.
There are several different types of isomers, including structural isomers (differing in the arrangement of atoms within a molecule), stereoisomers (differing in the arrangement of atoms in space), and optical isomers (mirror images that are non-superimposable). The existence of isomers helps to explain the diversity of chemical compounds and their properties.
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Please select all of the following which are forms of evidence that support the occurrence of evolution Check All That Apply the indings of ancient fossils the study of viral life cycies the study of the color of orgemisms the study of the function of orgarisms end ther components the study of genetics Explanetiort tremendous amount of evidence from the fossil record and from the study of morphology structure Evolution and genesics Please refer to the section in c by pfysiology anion
Answer:
The following are forms of evidence that support the occurrence of evolution:
the findings of ancient fossils
the study of viral life cycles
the study of the function of organisms and their components
the study of genetics
the study of morphology and structure.
What factors determine whether a species can adapt to, or will be forced into extinction, by a change?
genetic diversity: the more diverse a species is, the more likely it will survive a change.
population size: the larger the population, the more likely that there will be survivors
Answer:
in general term species become extinct due to the following reasons:
. destruction of wild habits
.climate change
.hunting and illegal trafficking
. intro of invasive species
etc
