Only the gametes are haploid; otherwise, almost all creatures live diploid dominant lives. They are unable to split once the haploid gametes have been created. Multiple cell haploid life stages don't exist.
In contrast, plants have a mixture of the haploid and diploid dominance cycles since they have both haploid and diploid multicellular organisms as a component of their life cycle.
Due to its ability to produce haploid spores during meiosis, the diploid plant is known as a sporophyte. Because they produce gametes, the spores grow into haploid, multicellular plants known as gametophytes.
What is the difference between life cycle of animal and plant?
In multicellular creatures, there is just one generation in the life cycle. The haploid sex cells are created by meiosis in the diploid organism. Other cells in the body are all diploid and are created during mitosis. Male and female sex cells combine during fertilisation to form a new diploid creature. The organism is diploid and does not alternate between haploid and diploid generations.
Life cycles fluctuate between diploid and haploid generations in plant multicellular organisms. Through meiosis, the diploid sporophyte phase of the cycle generates haploid spores. A haploid gametophyte structure is created as haploid spores multiply through mitosis. The cycle's haploid stage is represented by the gametophyte.
The gametophyte creates both male and female gametes after reaching maturity. A diploid zygote results from the union of haploid gametes. A new diploid sporophyte is created by the zygote growing through mitosis. Accordingly, unlike in animal beings, plant species can switch between the diploid sporophyte and haploid gametophyte phases.
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a dominant mutation in gene d can cause disease symptoms. gene d encodes an enzyme. the activity of the enzyme in homozygous normal individuals is 100%. the activity of the enzyme in heterozygotes is 25%. this observation is consistent with
The mutation mentioned here is a dominant negative.
Define mutation.
A mutation is a change in our DNA sequence that can be brought on by environmental factors like UV light and cigarette smoke or mistakes made when the DNA is copied.
When a mutant receptor prevents the function of the wild-type (WT) version of the receptor, the condition is known as a dominant-negative (DN) mutation.
A DN mutation generally results in a mutant polypeptide whose activity is reduced in comparison to the co-expressed wild-type protein. Dominant-negative mutations are known as antimorphs, indicating that they have the opposite impact of the gene from which they were produced, according to an early genetic study.
Oncogenes are examples of DN mutations that arise spontaneously. When only one copy of the gene is functioning, haploinsufficiency is frequently used to compare negative dominance . Since it directly affects the phenotypic diversity in this situation, the expression level of this gene is significant. Trisomy 21, which is brought on by errors in the genes producing transcription factors and other key proteins, is a classic example of a condition brought on by haploinsufficiency.
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3. using a schematic depiction of the red blood cell cytoskeleton showing the major components, name and describe the all the protein structures and their functions (spectrin, actin, etc.). describe how these proteins are important to maintain the rbc deformability and flexibility in check. make sure to include a picture or a drawing pointing to each specific structure.
The major proteins found in the cytoskeleton of RBCs are as follows:
(A) Ankyrin complex - The ankyrin complex serves as an anchor for the cytoskeleton of red blood cells (RBCs) to the cell membrane. This complex, which is predominantly made up of band 3, protein 4.2, and ankyrin, is formed during the development of RBCs.
Nine band-3-associated complexes' cryo-electron microscopy structures show that protein 4.2 stabilizes the cytoplasmic region of the band 3 dimer. The superhelix-shaped ankyrin, which connects two band 3 dimers in the ankyrin complex, binds to protein 4.2 via ankyrin repeats (ARs) 6–13 and to a different band 3 dimer via ARs 17–20.
(B) Spectrin -The big, cytoskeletal protein known as spectrin has a modular structure made up of and subunits. Spectrin generally comprises 106 consecutive amino acid sequence motifs known as "spectrin repeats.
The integrity and structure of the cell membrane as well as the shape of a cell depend on the presence of spectrin. Additionally, it supports several cell processes include cell adhesion, cell spreading, and the cell cycle. Human disorders include cancer, type 5 spinocerebellar ataxia, hereditary hemolytic anemia, and others are caused by spectrin mutations.
(C) Junctional complex - These are the origins of the junction between the RBC and the outside environment, and from this location, cations and anion exchange that are needed for the cell's regular day-to-day operations may be obtained.
(D) F-actin A thin, membrane-bound F-actin network called the F-actin cortex controls cell shape. The F-actin cortex also creates tension and remodels the cellular periphery via myosin-II contractility.
(E) Tubulin-There are three different types of tubulin. -
(i) Sedimentable tubulin: Sed-tub, a form of tubulin found in the sedimentable fraction ("Sed-tub") of human erythrocytes, is sensitive to the drugs taxol and nocodazole, which alter microtubule assembly and disassembly, and is arranged as a protein network rather than in the typical microtubule form.
(ii) Membrane tubulin - Tubulin interacts with the plasma membrane at several different levels, including as an integral membrane protein, an attachment via palmitoylation, surface binding, and microtubules linked to proteins in the membrane via linker proteins.
(iii) Cytosolic tubulin: A dynamic cytoskeletal structure conserved in all eukaryotic cells, the tubulin heterodimer polymerizes to produce microtubules. Microtubules have critical functions during cytokinesis and interphase in addition to their conserved function throughout cell division (mitosis and meiosis).
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what is the consequence of the release of catecholamines in the skeletal muscles during the compensation stage of shock?
The consequence of the release of catecholamines in the skeletal muscles during the compensation stage of shock is that the blood supply to the skeletal muscle increases.
Anxiety, tachycardia, diaphoresis, and peripheral vasoconstriction are symptoms of specific autonomic reactions to circulatory shock that boost circulating catecholamine levels early. Hypotension is a late symptom of shock and is associated with significant tissue hypo-perfusion and failure of intrinsic homeostatic systems because the circulation protects central blood pressure to maintain appropriate perfusion pressure for the brain and heart. This increases the blood supply to the skeletal muscles.
Dopamine, epinephrine (adrenaline), and norepinephrine (norepinephrine), neurotransmitters that are released by the body in response to stress, are examples of catecholamines. Catecholamines cause the adrenaline rush you likely experienced when you were frightened.
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What information is missing from the table that could help someone draw the most accurate conclusion about voter turnout in primaries and general elections? the year in which this election took place the candidates running for president the percentage of democratic primary voters the states of new jersey and arizona.
The correct answer is option (C): the percentage of Democratic primary voters because you want to know the percentage of citizens that vote Democrats or Republicans to compare them.
Letter A is not necessary to have this information in the table because this chart is a general one, and is not relevant to the year in which it is carried out (you can use this table at any time).
Letter B is not relevant information because citizens know which are the candidates, and what you are interested in obtaining is the percentage of people that vote for Democrats or Republicans, not the candidates.
Letter D is not relevant information because you have the column "state" in which you can describe each state.
Since this chart is broad in nature and has no bearing on the year in which it is performed, Letter A is not required to include this information in the table (you can use this table at any time).
Letter B is not pertinent information because voters already know who the candidates are, and you are more interested in learning the proportion of voters who cast Democratic or Republican ballots.
Since you have the column "state" in which you can characterize each state, the information in the letter D is not pertinent.
The complete question is:
What information is missing from the table that could help someone draw the most accurate conclusion about voter turnout in primaries and general elections?
(A). the year in which this election took place
(B). the candidates running for president
(C). the percentage of Democratic primary voters
(D). the states of new jersey and Arizona.
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the map below shows the distributions of three species of anole lizards in the genus norops. which of the following distributions shift might be expected for these species in light of climate change?
Option (1) is correct. We recognise that those lizards' species belong to identical genus Norops. These 3 species i.e. Norops sagrei, Norops valencienni and Norops auratus have to be residing withinside the most important island.
Intraspecific opposition for meals and habitat brought about the separation of those species. Island is lengthy in the past earlier than of them moved into new islands. Apart from this, weather is likewise an crucial element because of which species separate and inhabit islands. Like on this case, Norops sagrei and Norops valencienni occupied separate islands toward the North America. However, Norops auratus is found to be increasing its variety from South to North America.
This is due to particularly warm weather of the mainland which lizards aren't capable of tolerate. As a result, species Norops auratus is moving toward the chillier regions withinside the North America. However, species residing in Cuba and Jamaica aren't showing any full-size variety shift as they may be already inhabiting the chillier regions.
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Correct Question:
Which uses of soil are discussed in the video? check all that apply. as a habitat for smokey (the) bear as a way to clean and store air as a place for plants and crops to grow as a material to clean and smooth skin as a building material for homes and buildings as a way to prohibit public access to forests
The discussion of soil's functions includes growing environments for plants and commodities, skin-cleansing and smoothing agents, and construction supplies for houses and other structures.
Successful agriculture depends on healthy soil, which is where we get the nutrients needed to grow crops. Plants like tomatoes that we consume get nutrients from the earth. Animals eat food, which includes nutrients. In the end, good soil is beneficial to us.
Mud frequently includes vitamins, minerals, and trace components that the body can readily absorb. Mud also aids in lowering the appearance of aging, boosting circulation, constricting big pores, removing blackheads, and clearing acne.
The number of different particle sizes in raw soil that is acceptable for earth building should be adequate to protect the material from problems including excessive shrinkage, bulging, cracking, & bond failure. Since clay holds the bigger particles together, soil clay content plays a significant role in earth building.
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Answer:
3, 4, and 5.
Explanation:
During which phase does the size of the cell increase?
Answer:
g 1 phase
Explanation:
hipe this helps
The size of a cell increases in the G1 phase.
This is because a large amount of protein synthesis occurs and the volume of the cytoplasm increases.
in a monohybrid cross of corn plants, purple seeds (p) are dominant to yellow (y). both parents in the original cross are homozygous. what are the possible gametes for the purple parent?
Yellow seeds (y) are subordinate to purple seeds (p) in a monohybrid cross of corn plants (y). The initial cross's parents are both homozygous. The purple parent's potential gametes are p.
Genotype generally refers to an organism's genetic gametes composition. Two alleles, usually referred to as different gene forms, are used to represent each gene.Genes with the same alleles are referred to as homozygotes, whereas genes with different alleles are referred to as heterozygotes.In this instance, the purple parent is considered to be homozygous, and the purple seed allele is indicated by the letter p. Consequently, the genotype is unquestionably pp.
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when does the highlighted curvature develop? when does the highlighted curvature develop? there is no specific age or event for development of this curvature. at the time that a child is able to sit up at the time that a child lifts his/her head when the embryo is still in the womb
At the time that a child is able to sit up, the highlighted curvature develops.
The spine has two different types of curvature:
- primary.
- secondary.
Primary curvatures recede during pregnancy.
After birth, secondary curvatures develop.
When a child is able to sit up, the highlighted lumbar curvature begins to form. The highlighted structure permits lateral head rotation. The highlighted structure permits lateral head rotation.
Lordosis, also known as swayback, is an abnormal increase in the forward curvature of the lumbar spine. People of any age can be affected by lordosis, and certain characteristics and forms can increase the likelihood of lordosis. Spondylolisthesis, achondroplasia, osteoporosis, osteosarcoma, and obesity are all included in this category.
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A student is having a hard time telling the difference between a parrot and a toucan. Which type of medium would help the student recognize the differences?(1 point).
A student is having a hard time telling the difference between a parrot and a toucan. The student can use these mediums: audio recording, map, and photo.
Audio recording: Parrots make a lot of sound, and usually they sound like a person clicking their tongue. Toucans don`t make as much noise as parrots, and if they do, they sound like a frog croaking. So, an audio recording of these different calls can help him tell the difference between the two birds.
Map: Parrots and toucans live in different parts of the world.Parrots are widely distributed birds that live in the tropics of almost every continent. They are determined in Asia, Australia, Africa, Central America, and South America. Toucans have a miles smaller distribution than parrots. These birds are found only in Central and South America. They live almost exclusively in tropical forests and rainforests.
Photo: Using pictures, students can tell the difference between a parrot and a toucan. These two birds of hers differ greatly in their beaks. Most toucans have bodies the size of crows and large beaks that are half their length. Parrots generally have the same proportions regardless of size, but are much more variable in size.
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Answer:
Audio Recording
Explanation:
i would think photo because they look nothing alike but i guess audio recording since they sound different
this information will be used for the next four questions. wheat kernel color is an additive trait controlled by two genes, gene a and gene b. the a1 and b1 alleles add 1 unit of color to the kernels. the a2 and b2 alleles add 0 units of color to the kernels. what is the best description of the a2 and b2 alleles?
This is the case of complete dominance.
What is complete dominance?
When one allele, or "version," of a gene completely obscures another, complete dominance occurs. Being "dominant" over the trait which is not expressed refers to the trait that is expressed. The majority of organisms are diploid, which means that each gene is received twice, once from each parent. An organism may possess a gene that has undergone a harmful mutation and be able to function since it possesses a healthy copy of the gene due to the protective effect of having two copies of each gene. Due to the fact that most organisms, including you, have two copies of each gene, scientists use the terms "dominant" and "recessive" genes to describe which one manifests as a specific characteristic.
In this the a1 and b1 act as a dominant allele , which add to the color and a2 and b2 are recessive one , which are completely masked by the other one . So it adds 0 unit to color .
Hence , a2 and b2 acts as recessive allele .
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which cells carry antigen-specific receptors and are stimulated when antigens bind to those receptors?
The surface immunoglobulin that serves as the B cell antigen receptor (BCR) has two functions in B cell activation. First, like the antigen receptor on T cells, it transmits signals directly into the cell when it binds to the antigen receptor. antigen.
B cells have B cell receptors (BCRs) on their surface, which they use to bind to a specific protein. Once B cells bind to this protein, called an antigen, they release antibodies that attach to the antigen and prevent it from harming the body. The antigen receptor on most T cells, the α:β T-cell receptor, is composed of two protein chains, the α T-cell receptor and the β T-cell receptor, and resembles in many respects a single immunoglobulin Fab fragment. T cell receptors are always membrane bound. The membrane-bound immunoglobulin on the surface of B cells serves as the cell's receptor for the antigen and is known as the B cell receptor (BCR). Terminally differentiated B cells, plasma cells, secrete immunoglobulin with the same antigen specificity as antibody.
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The portion of the nephron that empties into the collecting duct is the A. glomerulus.B. ascending loop of Henle.C. distal convoluted tubule.D. proximal convoluted tubule. E. descending loop of Henle.
The correct option are (c) Distal convoluted tubule .The distal convoluted tubule (DCT) is a portion of kidney nephron between the loop of Henle and the collecting tubule.
The distal convoluted tubule (DCT) is the nephron segment immediately downstream of the macula densa. Although the DCT is the smallest part of the nephron, measuring just around 5 mm in length in humans , it is essential for a number of homeostatic functions such as salt chloride reabsorption, potassium secretion, and calcium and magnesium management.
The DCT has a unique ability to adjust to changes in hormonal stimuli and tubular lumen contents, and this mechanism contributes to the pathophysiology of several clinically important situations, including loop diuretic resistance and hyperaldosteronism.
In recent years, insights acquired from Mendelian blood pressure and electrolyte imbalance illnesses, genetically engineered animal models, and molecular cloning and research of important genes have been published.
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be able to convert raw experiences into localized brain activations. can many seemingly different experiences be induced by altered activity in a single (but perhaps large) brain region?
Different activities can induce many experiences in a single large brain region.
For example, when we run. We need to move our legs and arms, and coordinate both of them simultaneously. Not only that but eyes also needed to synchronize all of the movement in our body and environment. All of that systems were using part of the human brain named the Cerebellum.
Cerebellum will help our brain and body coordinate and regulate. This is just one example out of many movements and regulations that needed single large brain regions to function.
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What type of malicious software is designed to replicate itself to other computers?.
Worms are software applications that reproduce themselves from one machine to another without using a host file. As opposed to viruses, which propagate through the host file they infect.
Is a malicious program made to duplicate and spread from computer to computer?A worm is a malicious program that spreads to other computers, frequently within a same network, by reproducing itself. Worms attack networks of connected computers.
What kind of harmful software when it is run, modifies other software and inserts its own code to replicate itself?A virus is a sort of malware that, when run, replicates itself by altering and incorporating its own code into other software applications. Upon the success of this replication
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What is the total number of atp molecules produced through cellular respiration per molecule of glucose?.
Cellular respiration in a eukaryotic cell can convert one glucose molecule into 30 to 32 ATP.
Per glucose molecule, how many ATP are generated during cellular respiration?As a result, during the process of cellular respiration, up to 36 molecules of ATP can be produced from a single molecule of glucose. A eukaryotic cell's cellular respiration may turn one glucose molecule into 30 to 32 ATP.
Why does glycolysis yield 4 ATP?Glyceraldehyde-3-phosphate 1,3 diphosphoglycerate results in the first generation of ATP. Second, when phosphoenolpyruvate breaks down into pyruvate, ATP is created. For each of the two 3-phosphate molecules, these processes happen twice. Thus, during glycolysis, a total of 4 ATPs are created.
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Sort the pictures based on the type of life cycle they have.
An image of a red and black ladybug.
A picture of a housefly. It shows housefly having six thin legs, pair of antenna, oval shaped head with spherical eyes, two stripes on face, oval-shaped body broader at the front and narrower at the back.
A picture of a cat.
A picture of a Stag beetle as 6 legged and three-body part insect with a rectangular head and thorax and shiny oval-shaped abdomen with wing cases. Head with 2 pairs of antenna, 2 arc-shaped pointed mandibles, and palps.
Metamorphosis refers to the changes an organism goes through during its whole life and related to developmental stages. Metamorphosis: ladybug, housefly, and stag beetle. Simple life cycle: cat, dog, and pigeon.
What is metamorphosis?
Metamorphosis is the series of changes that some organisms suffer as they develop from the early stages of life to the mature forms. These changes are regulated by hormones.
Organisms must go through different developmental stages in which they experiment with transformations related to their bodies' morphology, physiology, and behavior. Their life habits can change as well in some cases.
Metamorphosis can be complete or incomplete,
Complete: egg, larva, pupa and adult.Incomplete: egg, nymph, and adult.
Metamorphosis is commonly seen in insects, echinoderms, crustaceans, amphibians, and others.
In the exposed example,
Metamorphosis: ladybug, housefly, and stag beetleSimple life cycle: cat, dog, and pigeon.You can learn more about metamorphosis at
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A 45-year-old man presents to the emergency department with cellulitis of his left leg. He is being treated with vancomycin. Ten minutes after the infusion is initiated, he complains of intense pruritus and lightheadedness. Erythema is noted on his face and neck. Which of the following is the next best step in the management of this patient?
A Administer intramuscular epinephrine and decrease the rate of the infusion
B Administer intramuscular epinephrine and suspend the infusion
C Administer intravenous diphenhydramine and decrease the rate of the infusion
D Administer intravenous diphenhydramine and suspend the infusion
Diphenhydramine injection is available as a solution (liquid) that may be administered intravenously or intramuscularly (into a vein). Your illness and how you react to therapy will determine your dose regimen.
Although an IV push of diphenhydramine would have a rapid start, it might also result in adverse effects, intravenously necessitating more nursing time to monitor patients. Diphenhydramine can be safely delivered to patients when given as diluted IV admixtures during intravenously an IV infusion.
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1.7 draw some of the cells you see. do you see coenobia? if so, how many cells do you typically see per coenobium?
Coenobia cells under the microscope could be seen in the picture attached below. We typically see 4 to 8 cells per coenobium.
What is coenobia?Coenobia is a colony of algae that lives and acts as a single organism. They stay together with the help of a common membrane. The cells are often held together in a jelly excreted so they can move as one individual. Coenobia may exist in a single cell, but they more often contain 4 to 8 cells per coenobium. They also may have two long spine end cells protruding from the outer corners, as per the image.
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at the end of tca cycle, glucose is converted to the final product, co2, and all the energy are released in the form of atp/gtp.
The end products of the TCA (tricarboxylic acid) cycle include 6 NADH, 2 ATP and 2FADH2.
The tricarboxylic acid (TCA) cycle, also known as the Krebs cycle or the citric acid cycle, is a series of eight-step processes, where the acetyl group of acetyl-CoA is oxidized to form two molecules of CO2 and in the process an ATP is produced. High energy reduced compounds, NADH and FADH2 are also produced. Two molecules of acetyl-CoA are produced from each molecule of glucose, so two rounds of the Krebs cycle are required, resulting in four CO2, six NADH, two FADH2 and two ATP. The tricarboxylic acid cycle (TCA cycle) is the second stage of cellular respiration, the three-step process by which living cells break down organic fuel molecules in the presence of oxygen to grow and divide the energy obtained after harvesting. This metabolic process occurs in most plants, animals, fungi and many bacteria. The TCA cycle takes place in the matrix of intracellular structures called mitochondria.
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How could an activator influence gene expression at a promoter far away from the place that it binds dna?.
mastering biology when a bacterial cell is not expressing the genes in the lac operon, this is an example of
When a bacterial cell is not expressing the genes in the lac operon, this is an example of Transcriptional regulation.
The metabolism-related genes in the Lac operon are present. When glucose is absent and lactose is present, the genes are only expressed.
Lactose acts as an inducer in the lac operon. The regulatory gene is activated when lactose is added to the medium for the bacteria. The repressor protein will become inactive when the inducer binds to it, allowing the operon to be translated. As a result, the lac operon in this instance is negatively regulated.
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Imagine a population evolving by genetic drift in which the frequency of the k allele is 0. 2. What is the probability that at some point in the future allele k will drift to a frequency of 1? your answer should be a one decimal place answer.
The k allele's starting frequency is 0.2 0 or 20%. Consequently, there is a 20% chance that allele k's frequency changed to 1.
What effects does genetic drift have on allele frequencies?Summary. Genetic drift differs from natural selection in that it is independent of an allele's favorable or unfavorable consequences. Instead, as random subsets of individuals (and their gametes) are sampled to create the following generation, drift alters allele frequencies entirely by chance.
What does it mean for allele frequencies to change within a population?Allele frequencies in a population are a reflection of genetic diversity. Allele frequencies that fluctuate over time may be a sign of genetic drift or a population that has undergone new mutations.
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lycopene . group of answer choices is abundant in apples may help protect against cancer and heart disease may promote growth of estrogen-dependent cancers is another name for vitamin e is one of many flavonoids
Lycopene might help protect against cancer and heart disease.
So, the correct option is B.
Strong anti-oxidant lycopene has a number of health advantages, including lowering the risk of several cancers, improving heart health, and providing sun protection. The most abundant among carotenoid pigments, it is distinguished by its strong antioxidant capacity. Epidemiological research demonstrates several positive relationships between lycopene consumption in the diet and a lower risk of cardiovascular disease, mostly because of this.
Lycopene has been linked to anticancer action in a rising number of studies. According to certain studies, it can lower the risk of stomach cancer and ward against the development of lung, breast, and prostate cancer.
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12. An animal which is
homozygous for short tails
is crossed with an animal
that is heterozygous for tail
length. What fraction of
offspring will have long
tails?
1/2
4/4
1/4
3/4
3) 1/4 fraction of the offspring will have long tails after the cross.
What do you mean by the term "Homozygous"?
Homozygous is a term used to describe a pair of genes that are the same. It can refer to two alleles in a diploid organism, or to the two copies of a gene in a haploid organism. Homozygous genes are both identical in sequence and usually produce the same phenotype.
What do you mean by the term "Heterozygous"?
Heterozygous is a term used to describe an organism or cell that has two different alleles for a particular gene or trait. When an organism is heterozygous for a trait, it has two different forms of the gene for that trait. For example, in the case of a trait that is determined by two alleles, one of which is dominant and the other is recessive, a heterozygous individual would have one of each allele.
Therefore, the correct option is Option C .
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Brett learned that his car is better protected from the weather when it has been recently washed and waxed. Which best describes the major group of macromolecules that is protecting his car and how it is performing this task?.
Brett discovered that his car is better protected from the elements when it has recently been washed and waxed. The lipid in the wax coating is the macromolecule that protects his car.
What are lipids?The lipid is a macromolecule composed of carbon and hydrogen that is hydrophobic in nature and does not come into contact with water.
Because the wax is a lipid, it does not like water, and when it is applied to the car, it is protected from water damage.
Brett discovered that when his car has recently been washed and waxed, it is better protected from the elements. The macromolecule that protects his car is the lipid in the wax coating.
Thus, this is the major group of macromolecules that is protecting his car and the way it is performing this task.
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Which is an agent that causes a mutation in dna or chromosomes?nondisjunctionkaryotypemutagenphenotype.
The agent that causes a mutation in DNA or Chromosomes is mutagen phenotype.
What is mutation?
A mutation is a change in our DNA sequence that results from errors made during DNA copying or environmental factors.
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a mudslide takes out half of a population of cliff-nesting swallows. which of the statements is true about this event?
a mudslide takes out half of a population of cliff-nesting swallows. follwoing options are true, option A, B, D. option c is false.
A mudslide is a large amount of mud that slides down a mountain, causing damage or destruction in most cases. Landslides happen when large amounts of rock, earth, or debris slide down a slope. Debris flows, also known as mudslides, are a type of fast-moving landslide that typically occurs in channels.Thus, evolution is the change in characteristics and traits in species and their nature that explains the origin and growth of life on Earth. And it is true that it also explains the diversity that this process generates. Mudslide has affected nearly 18million population between 1988-2007.
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The complete question is:
a mudslide takes out half of a population of cliff-nesting swallows. which of the statements is true about this event?
A- Variant A will be favored by natural selection since these females lay more eggs and will eventually replace variant B.
B. Variant B will be favored by natural selection due to less physical strain in laying a smaller clutch and will eventually replace variant A.
C. It is impossible to determine from this information. It is not the
D- Events like mudslides do not affect the evolution of species like this since they randomly kill some individuals.number of eggs that are laid but the number of offspring that survive.
Which of these is NOT needed for evolution by natural selection to occur?
it analyzes genetic markers that are passed from father to son. the fbi utilizes these for their database. it is used when other forms of dna analysis are not possible because it does not rely on nuclear dna. it allows a small amount of dna to be duplicated into a testing
Examines genes that a father passes on to a son via DNA. Examination of the Y chromosome. These are used by the FBI in their genetic analysis database.
A Y chromosome DNA test, also known as a Y-DNA test, is a genealogical DNA test used to research a man's patrilineal lineage, also known as his his father's line. Similar to patrilineal surnames, the Y chromosome is almost entirely unaltered from father to son. The most recent common ancestor, or MRCA, shared by two people can be inferred from mutations that occasionally arise as a result of errors in the copying process. They are connected within a genealogical time range if their test results are an exact or nearly exact match. Then each individual may view the father-line details of the other, which are normally the names of each patrilineal ancestor and his spouse, together with the dates and locations of their marriage and the births and deaths of both spouses. The two individuals who are matched may discover a common ancestor, or MRCA, as well as any knowledge that the other may already have about their shared patriline, or father's line, before the MRCA. A surname DNA project often coordinates Y-DNA testing. Additionally, if both parties agreed, each would get the other's contact details.Women can ask their father, brother, paternal uncle, paternal grandpa, or a cousin who has the same surname lineage (the same Y-DNA) to take a test for them in order to find out their direct paternal DNA heritage.
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Explain the ages of crystal rock using evidence of the past and current movements of continental and oceanic crust and the theory of plate tectonics.
Tectonic plates refer to the divisions of the earth's crust. Recall that the crust is the planet's outer, stony, solid shell.
What is tectonic plate?Each tectonic plate is autonomous and floats freely. Volcanoes and earthquakes are directly caused by the movement of tectonic plates along fault lines. The boundary among tectonic plates is referred to as a fault. The majority of the volcanoes and earthquakes that occur in the "ring of fire" region, which surrounds the Pacific Ocean basin, are caused by the tectonic plate movement in this area.
Typically, marine crust is much younger than continental crust. Since the lithosphere is rarely destroyed and rebuilt during subduction, certain parts of it are almost as old as the Earth itself.
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