Environmental globalisation, technological globalisation, financial globalisation, social globalisation, cultural globalisation, political globalisation, and geographic globalisation.
Which six benefits of globalisation stand out the most?Increased choice, higher-quality goods, increased competitiveness, economies of scale, increased capital flows, increased labour mobility, and improved international relations are some of the potential economic benefits of globalisation.
How many globalizations are there?The general themes of the post-Cold War era that fall under the five globalisation dimensions—social, technological, economic, environmental, and political—are highlighted in this article.
What do the terms "globalisation" mean?The increasing interdependence of the economies, cultures, and populations throughout the world as a result of technology, cross-border trade in goods and services, and flows of capital, labour, and information.
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from the following compounds involved in cellular respiration, choose those that are the net inputs and net outputs of glycolysis.
In a linear metabolic process involving enzyme-catalyzed reactions, known as glycolysis, glucose is converted into two molecules of pyruvate when oxygen is present or into two molecules of lactate when oxygen is not present.
Net Input: ADP, NAD⁺, Glucose
Net Output: ATP, NADH and Pyruvate,
not input or output: O₂, CO₂, coenzyme A and acetyl CoA
Anaerobic glycolysis, the latter route, is thought to be the first mechanism to have arisen in nature that produces adenosine triphosphate (ATP). In the majority of cells, glycolysis turns glucose into pyruvate, which mitochondrial enzymes then oxidize to produce carbon dioxide and water. However, due to the absence of mitochondria in some cells, most notably adult red blood cells, glycolysis serves as the only method of ATP synthesis. Glycolysis is the only method available to cells for converting glucose into ATP in the absence of oxygen. Lactic acidosis, a potentially fatal disease, is brought on by anaerobic glycolysis' excessive lactic acid generation. Numerous cancer cells have an incredibly high glycolytic enzyme capability. Cancer cells use glycolysis to make a large portion of their ATP even when oxygen is present.
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Which statements about the regulation of transcription initiation in these genes are true?
Control elements C, D, and E are distal control elements for the imaginin gene.
The fantasin gene will be transcribed at a high level when activators specific for control elements A, B, and C are present in the cell.
Both the fantasin gene and the imaginin gene will be transcribed at high levels when activators specific for control elements A, B, C, D, and E are present in the cell.
When activators specific for regulatory elements A, B, C, D, and E are present in the cell, both the fantasin gene and the imaginin gene will be transcribed at high levels.
What is combinatorial regulation of gene elements?Combinatorial regulation is when many genes are regulated by a variety of transcription factors, each of which must be present in a particular combination in order to activate the gene begin superscript at 5, comma at 5, and end superscript at 6. For instance, a gene may only be expressed in the absence of repressor C and in the presence of activators A and B. Different informational sources can be combined into a single result when multiple transcription factors are used to regulate a gene. If Only skin cells have Activator A. Only cells getting "divide now!" signals (growth factors) from neighbors activate Activator B. When the DNA of a cell is damaged, repressor C is created. In this scenario, the gene would only be "turned on" in skin cells with undamaged, healthy DNA that are receiving division signals. This pattern of regulation might make sense for a gene involved in cell division in skin cells.
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Yabine is studying energy from food in her nutrition class. She learns that fats, proteins, and carbohydrates can store different amounts of energy because they have different chemical __________ and different numbers of energy storing chemical bonds.
structures
Yabine learns that fats, proteins, and carbohydrates can store different amounts of energy because they have different chemical structures and different numbers of energy storing chemical bonds.
Proteins are the polymers of amino acids. The amino acids are connected together by peptide bonds. The proteins play numerous functions inside the body like enzymes, signaling molecules, energy source, receptor, transporter, etc.
Chemical bonds are the attraction forces between atoms or molecules that mediate the formation of large structures. These bonds are of two types: covalent bonds and non-covalent bonds. Covalent bonds are the strongest type of bonds that cannot be broken easily.
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What is the reflection of Buddhism?.
Buddhism is the religion put form of Buddha which states that a man can attain the path of enlightenment by destroying all the causes of sufferings like greed, hatred, or delusion.
Buddhism is considered to be one of the largest religion of the world. It is derived from the teachings of Buddha. It teaches humans to leave the sufferings of life and walk in the path of enlightenment. The religion is believed to be originated around 2500 years ago.
Enlightenment is also referred to as 'nirvana' in Buddhism. It is the stage where a person leaves the cycle of birth and rebirth. He/ She understands the true meaning of life and therefore gets an escape from the rebirth.
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at the capillaries, leaves red blood cells to supply the tissues and enters the circulation to be removed.
At the capillaries oxygen leaves red blood cells to supply the tissues and carbon dioxide enters the circulation to be removed.
Blood that leaves the capillary and arrives the small venules. These venules gradually become larger vessels called as veins. The vena cava are the two largest veins that carry blood into the right upper chamber of the heart .
A junction of tiny blood vessels are termed as capillaries that forms very small arterial branches to very small veins. The capillaries have very thin walls, and through them, nutrients and oxygen are delivered to the cells. Generally the Waste products are brought into the capillaries. After the capillaries release oxygen and other substances from blood into body tissues.
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gluts are integral membrane proteins that assist in the facilitated diffusion of glucose into and out of cells. what reaction in glycolysis prevents glucose from being transported back out of the cell?
In glycolysis, hexokinase dephosphorylation prevents the transport of glucose back out of the cell.
How hexokinase dephosphorylation prevents the transport of glucose back out of the cell?With the help of ATP, hexokinase dephosphorylates glucose, resulting in a nonpolar glucose molecule that cannot pass through the hydrophilic region of the plasma membrane.
When glucose is phosphorylated by hexokinase utilising ADP, a polar glucose molecule is produced that cannot pass through the hydrophobic core of the plasma membrane.
The nonpolar glucose molecule produced by hexokinase's dephosphorylation of glucose using ADP is unable to pass the hydrophilic region of the plasma membrane.
Using ATP, hexokinase converts glucose to a polar form that cannot pass through the hydrophobic core of the plasma membrane.
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is not required for transcription. 1. a dna template 2. a primer 3. ribonucleoside triphosphate 4. rna polymerase 5. helicase
Primer is not required in transcription.
A DNA fragment is copied into RNA during transcription. Messenger RNA is created when specific DNA sequences are translated into RNA molecules that can encode proteins (mRNA). Non-coding RNAs are RNA molecules that contain copies of other DNA sequences (ncRNAs). Only 1% to 3% of all RNA samples are mRNA.
A minimum of 80% of mammalian genomic DNA can be actively transcribed (in one or more types of cells), with the bulk of this 80% being ncRNA. In contrast, less than 2% of the human genome can be transcribed into mRNA.
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when maxxam took over pacific lumber and began cutting down huge swaths of precious redwood forest, one of the justifications offered was--
One of the justifications offered was More jobs were produced by the increasing logging.
Maxxam Corporation purchased the redwood forest from Pacific Lumber in 1985. By claiming that more tree cutting would result in more jobs being available, Maxxam doubled the rate of redwood cutting.
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the interaction of many different protein factors to stimulate or repress transcription forms a complex called:
The interaction of many different protein factors to stimulate or repress transcription forms a complex called combinatorial control.
Transcription is the process of imitating a sector of DNA into RNA. The sections of DNA written out into RNA fragments that can encrypt proteins are pronounced to produce mediator RNA. Other portions of DNA are reproduced into RNA particles named non-systematized RNAs. mRNA contains only 1–3% of total RNA samples.
Combinatorial deoxyribonucleic acid rule supplies a device by which almost limited numbers of copy determinants can control the verbalization of a much best number of genes accompanying beautifully brought into harmony worldly and relating to space patterns. Combinatorial control is important for transcription. It should clarify that an important machine of fundamental eukaryotic transcriptional management is combinational control.
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true/false: there are 3 primary ossification centers in the typical vertebra; 1 for the vertebral body and 2 for the posterior arch.
Primary ossification centres in total three centres for ossification yes it is true statement
There are three ossification centres per vertebra, with the exception of coccygeal vertebrae: one in the body of the vertebra and one in either neural arch [1-3, 12, 21]. Beginning as early as week 8 in the axis, the first vertebral body ossification centres form in the arches of the upper cervical vertebrae, and they then advance caudally.
A primary ossification centre is the source of intramembranous and endochondral ossification. As its name suggests, the primary ossification centre is the point at which bone tissue begins to ossify. Primary ossification centres are typically located in the body of irregular bones or in the diaphysis of long bones.
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Forensic scientist samantha monzon is collecting physical evidence at a crime scene where someone was murdered. What does this process most likely involve?.
Forensic scientists typically use a variety of methods and tools to collect physical evidence from crime scenes.
What do you mean by Forensics?
Forensics is the use of scientific evidence in court to argue a case. During a case investigation, various forensic materials are used to give evidence for the case. These factors could include DNA analysis, handwriting samples, blood splatter analysis, pathology, and ballistics.
Forensic Biology is the use of biological science processes and principles generally in a medico-legal context. Forensic biologists examine cellular and tissue samples, as well as physiological fluids, that are important to a legal investigation.
The process that Forensic scientist Samantha Monzon used can involve photographing the scene, collecting and preserving biological evidence, such as blood and hair samples, and using various tools, such as tweezers and scalpels, to collect trace evidence. Forensic scientists may also use chemical tests to detect the presence of gunpowder residue or other substances. In addition, they may use fingerprint powder to detect fingerprints and other impressions left at the scene.
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molecular data lends itself to distance-based phylogenetic methods because it is relatively simple to count up differences between sequences that have been
Distance-based approaches build trees depending on how different the two sequences are from one another. They need substantially less computing than character-based approaches and are often correct since they count mutations.
Such information is used by molecular phylogeny to create a "relationship tree" which depicts the likely evolution of distinct creatures. Sanger sequencing was developed in 1977, making it feasible to separate and recognize these chemical sequence. A matrix with pairwise distances was initially used to analyze phenetic data before being used to non-parametric distance techniques in phylogeny. The result of balancing these distances is a tree ( with informative sequence lengths). In the relatively young field of molecular phylogeny, evolutionary connections, histories, and in some cases even functions are inferred via the comparative examination of the amino acid and nucleotide sequences of proteins, as well as their structural characteristics.
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the two major macromolecules that are used for use as sources of energy during the absorptive state are
Two major macromolecules that are used for use as sources of energy during the absorptive state are glucose and triglycerides.
Macromolecules are very large molecules that are important for biophysical processes such as proteins and nucleic acids. It is made up of thousands of covalently bonded atoms. Many macromolecules are polymers of small molecules known as monomers.
Blood sugar or glucose is the primary sugar withinside the blood. It is obtained from the food you eat and is your body's primary source of energy.The blood carries glucose to each cell of the body for use as energy.Diabetes is a disease in which blood sugar levels are too high.
Triglycerides are a form of fat (lipid) located withinside the blood.When you eat, your body converts calories that it doesn't need to use immediately into triglycerides. Triglycerides are stored in fat cells.The hormone then releases triglycerides during meals for energy.
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sexual selection in males usually results in an increased ability to for mates, whereas sexual selection in females usually involves a mate with the best fitness
Disparities in mate attraction that alone account for differences in reproductive success An important aspect of evolutionary biology is sexual selection. The nature and scope of sexual selection, however, have been debatable since Darwin first proposed the idea of it.
Recent debate has brought the fundamental topic of what sexual selection actually is back into focus. Incorporating female-female reproductive rivalry into sexual or natural selection is one example of this.
Sex roles are determined by differences in gametes: men generate significantly more plentiful, smaller, motile gametes whereas females produce relatively fewer, more nutritious, often non-motile gametes. There will be an excess of male gametes that will not fertilize any eggs since just one gamete of each kind is necessary to generate a child.
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A trait that is found in and shared by two or more species, but is not derived from a common ancestor is known as.
A trait that is found in and shared by two or more species, but is not derived from a common ancestor, is known as Analogous traits.
This is because these traits have developed independently in each species, without a direct relationship with the ancestors.
The Significance of Analogical Traits in EvolutionThese traits have important significance in the evolution of species, as they can help biologists understand how new species form and how they adapt to their environment, developing characteristics that allow them to survive better through natural selection.
For example, two bird species may develop similar wings, even though they have no common ancestor. This is because they both need to fly to survive and the pressure of natural selection has led them to develop similar wings. This shows that natural selection plays an important role in the development of these traits and how they contribute to the evolution of all species.
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the brachial plexus gives rise to all of the following nerves, except the group of answer choices phrenic. ulnar. median. musculocutaneous. radial.
The brachial plexus gives rise to ulnar, median, musculocutaneous and radial nerves, except the phrenic muscles. Hence the phrenic nerve is not a branch of the brachial plexus.
The phrenic nerve is a nerve that originates in the neck and passes down through the chest to innervate the diaphragm. The diaphragm is a muscle that separates the chest cavity from the abdominal cavity and is responsible for helping us to breathe. The phrenic nerve is responsible for providing motor innervation to the diaphragm, which means that it helps to control the contraction of the diaphragm muscle. The phrenic nerve also provides sensory innervation to the diaphragm, which means that it helps us to feel when the diaphragm is contracting.
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The citric acid cycle is a stage of catabolism that oxidizes acetate into carbon dioxide and generates energy. There are eight enzymes involved in the citric acid cycle Which enzymes produce NADH as a product? Select all that apply Which enzymes produce carbon dioxide asa product? Select all that apply. α-ketoglutarate dehydrogenase malate dehydrogenase succinate dehydrogenase isocitrate dehydrogenase isocitrate dehydrogenase succinate dehydrogenase α-ketoglutarate dehydrogenase malate dehydrogenase Which enzymes produce coenzyme A as a product? Select all that apply Which enzymes have an α-keto acid substrate? Select all that apply. citrate synthase fumarase succinyl-CoA synthetase citrate synthase α-ketoglutarate dehydrogenase fumarase malate dehydrogenase citrate synthase aconitase fumarase citrate synthase Select answer Which isomerization?
Which enzymes produce NADH as a product? Select all that apply.
α-ketoglutarate dehydrogenase
malate dehydrogenase
succinate dehydrogenase
isocitrate dehydrogenase
Which enzymes produce coenzyme A as a product? Select all that apply .
isocitrate dehydrogenase
succinate dehydrogenase
α-ketoglutarate dehydrogenase
malate dehydrogenase
Which enzymes produce coenzyme A as a product? Select all that apply
citrate synthase
fumarase
succinyl-CoA synthetase
citrate synthase
Which enzymes have an α-keto acid substrate? Select all that apply.
α-ketoglutarate dehydrogenase
fumarase
malate dehydrogenase
citrate synthase
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In the carbon reduction phase of the Calvin cycle, electrons from NADPH are donated to a metabolic intermediate to form G3P molecules.
Which statement is NOT true regarding G3P?
A.G3P molecules are involved in the regeneration of RuBP.
B.G3P molecules affect the activity of the enzyme rubisco.
C.G3P molecules have more potential energy than PGA molecules.
D.G3P molecules are used to synthesize glucose and other sugars.
G3P molecules affect the activity of the enzyme rubisco is false.
RuBisCO, an enzyme, works with RuBP, another molecule, to catalyze a reaction with CO2.
What happens in calvin cycle?The carbon from the carbon cycle gets fixed into sugars during a cycle of chemical reactions. It takes place in the plant's chloroplast. Fixation, reduction, and regeneration are the three fundamental phase of the Calvin cycle reactions .The enzyme RuBisCO and the molecule ribulose bisphosphate are both present in the stroma in addition to CO2 to start the Calvin cycle (RuBP). RuBP has two phosphate groups and five carbon atoms. RuBP reacts with CO2 to produce a six-carbon molecule, which is then split into two three-carbon compounds by the action of RuBisCO. Because CO2 is "fixed" from its inorganic state into organic molecules, this process is known as carbon fixation. The three-carbon compound 3-PGA is changed into another three-carbon compound called G3P by ATP and NADPH using their stored energy. This kind of reaction is referred to as a reduction reaction. There is a gain of an electron. To help produce the carbohydrate molecule, which is often glucose, one of the G3P molecules exits the Calvin cycle (C6H12O6). One carbohydrate molecule requires six rounds of the Calvin cycle to produce since it contains six carbon atoms (one for each carbon dioxide molecule fixed). Remaining G3P molecules renew RuBP, again allowing to get started with the carbon-fixation stage. Additionally, ATP is used to restore RuBP.
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15. Crushing large stones into smaller stones is an example of a
b. chemical change
a. physical change
c. both a. and b.
d. a change in mass
what structure allows members of class chondrichthyes to detect electric fields caused by nearby animals?
Sharks have devices known as ampullae of Lorenzini that enable them to recognize the electromagnetic fields produced by all living things, including their prey. Only aquatic or amphibious animals have electroreception been documented.
How are Chondrichthyes structured?The skeletons of all members of the Chondrichthyes lack true bone and are instead made of cartilage. Only their teeth and occasionally their vertebrae have calcified cartilage, and this calcified cartilage is not the same as true bone.
The skeleton of cartilaginous fish, also known as Chondrichthyes in science, is made of cartilage rather than bone. Because cartilage is strong and flexible, it can support these fish's structural needs while still allowing them to grow to enormous sizes. Sharks, rays, skates, and chimaeras are some examples of cartilaginous fish.
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which event does not take place before the start of mitosis? view available hint(s)for part a which event does not take place before the start of mitosis? dna is replicated. the parent cell grows. the nuclear envelope disintegrates. organelles proliferate.
in a population of 10,000 organisms, over a one-year period, there are 750 births and 130 deaths. calculate the growth rate for that year.
Then the growth rate is 620/10,000 = 0.062% and the growth factor is
1 +0.062%
= 1.00062
T
he change in the population in one year is ..
750 -130= 620
I will contribute to the answer in order to aid the learner in broadening his or her knowledge. This is done in the hopes that the student would learn something that will assist him with his schoolwork or upcoming exams.
A limiting factor is something that regulates the expansion or size of a population. The letter is the response.
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if a node has a balance factor 2 and its right child node has a balance factor 1 or 0. this node is . rr imbalance rl imbalance lr imbalance ll imbalance
accurate response:-The rotation with the balancing factor at its node is the LL rotation.
The AVL tree depicted in the following figure needs to have one element inserted into the left sub-tree of A. The crucial node A's presence can cause the tree to lose its equilibrium. The critical node is the node whose balance factor does not fall between -1 and 1.
If the new node is added into the left or right sub-tree of the critical node A, RL rotations must be carried out. Let's say Node B serves as the root of the critical node's right sub-tree, and Node C serves as the root of the sub-tree into which the new node is put.
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who was the first to clearly identify and name individual cells? who was the first to clearly identify and name individual cells? anton van leeuwenhoek theodore schwann matthias schleiden robert hooke
The term "cell" was initially applied to these minute units of life in 1665 by a British scientist by the name of Robert Hooke. One of the first scientists to examine living creatures under a microscope was Hooke.
Robert Hooke, who was he?
A scientist from the 17th century named Robert Hooke made contributions to our understanding of mathematics, mechanics, biology, and astronomy (opens in new tab). Though Hooke is likely best known for his discovery of the living cell, he is also well known for his discoveries of the law governing elastic material's ability to stretch, improvements to weather monitoring technology, and new astronomical objects.
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A shorthand representation of this process is: ATP - ADP + Phosphoric Acid + E.
What does the E mean in the equation above represent?
Answer:
it is energy
Explanation:
it means energy
seals in an aquarium will repeat certain behaviors, such as slapping and barking, that prompt people to toss them a herring. this best illustrates:
In an aquarium, seals will repeatedly exhibit actions like slapping and barking that cause people toss them a herring. This is an example of operant conditioning.
What is operant conditioning?Operant conditioning, often known as instrumental conditioning, is a teaching strategy that use rewards and penalties to alter behavior. Through operant training, actions that are rewarded are more likely to be repeated than actions that are penalized.
Over the past 60 years, the practice of training animals with positive reinforcement has grown in popularity. It gave rise to the training methods used today, where the animals assist with their own care and show visitors their natural behaviors. Operant conditioning is a type of training where the seals' actions are altered by positive reinforcement, increasing the likelihood that they would repeat the behaviour when requested.
We employ a number of reinforcements when working with seals, but the most well-liked is a fish snack. Trainers also offer games and even cubes of gelatin. A seal receives a fish as compensation for complying with a command. The trainers will wait a short while before trying again if the seal doesn't comply with their instructions.
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which of the following is part of the cell duplication machinery found in animals, but not in plants?cell platecentrosomemicrotubular organizing centerlysosomes
Answer: centrosomes
Explanation:
some birds evolve adaptations that include losing the ability to fly. explain how a species of bird on a remote island could lose the ability to fly over time.
On the secluded island, some birds have evolved adaptations that include losing their flight. This occurred as a result of the lack of predators and the accessibility of food. Flying wasn't necessary.
The inclination to alter one's qualities to better suit one's environment is known as adaptation. These adjustments can be temporary or permanent. Sometimes, adaptation entirely transforms an animal's traits.
As there was no need to fly in this situation, the bird lost its capacity to fly. Given the island's isolation, the bird might not have any predators. Additionally, there was a plentiful supply of their food.
As a result, certain birds on the lonely island have evolved adaptations that include losing their ability to fly. Due to the availability of food and the absence of predators, this happened. There was no need to fly.
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HeEeLllpp 8.Carbon atoms are important for all of the following reasons except
Carbon atoms are important for all the given reason except that: (d) they can form ionic bonds.
Carbon is the element in periodic element with atomic number 6. It is the most occurring element on Earth. A carbon atom forms stable covalent bonds with other elements. Carbon can also form 4 covalent bonds with itself, a property known as catenation.
Ionic bonds are the non-covalent bonds that are weaker than the covalent bonds. This bond is formed between two charged atoms instead of neutral atoms. The atoms involved in this bond generally have high electronegativity differences. Here, the atoms are transferred to more electronegative atom.
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FILL IN THE BLANK. the x and y chromosomes differ immensely in their gene content. as such, sex-linked traits are (almost) always on the ___chromosome.
The x and y chromosomes vary immensely in their gene content material. as such, sex-linked traits are (nearly) continually at the X chromosome.
The X and Y chromosomes are called intercourse chromosomes. these chromosomes comprise the genes on the way to determine whether or not the offspring can be male or woman.
Linked genes are genes that can be inherited collectively with the other gene(s) because they're placed on the same chromosome. intercourse-related genes are located at the intercourse chromosome (X or Y). Expression of those alleles is associated with the chromosomal sex of the person.
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The x and y chromosomes differ immensely in their gene content. as such, sex-linked traits are always on the x chromosome.
The X and Y chromosomes additionally called the sex chromosomes, determine the organic intercourse of a person: women inherit an X chromosome from the father for a XX genotype, while males inherit a Y chromosome from the father for an XY genotype (mothers most effective bypass on X chromosomes).
Sex-linked traits, as associated with genetics, refer to characteristics (or trends) that can be motivated by means of genes carried at the sex chromosomes. In human beings, the term regularly refers to tendencies or problems encouraged via genes at the X chromosome, as it contains many extra genes than the smaller Y chromosome.
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