All four daughter cells will have a full chromosome set except two is the most likely effect on the four daughter cells.
With the exception of two daughter cells having an extra chromosome containing the Q or q allele and the other two without this chromosome, all four of the daughter cells will have a complete set of chromosomes.
Mitosis divides a parent cell into two identical daughter cells, in which each of which has the same amount of chromosomes. But, Meiosis, on the other hand, creates four distinct daughter cells, each of which has half as many chromosomes as the parent cell.
Half of the original 46 chromosomes, or 23 chromosomes, will be present in each daughter cell. There are two sister chromatids on each chromosome. The daughter cells now enter meiosis II, the third and last stage of meiosis.
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In sugar pine trees, lots of seedling are produced, but very few survive to adulthood — death occurs predominantly in young individuals. But if a seedling is able to become established, that individual often survives to a very old age. Which type of survivorship curve do sugar pine trees exhibit?.
Sugar pine trees show a type III survival curve.
What does a Type 3 survival mean?Survivability curve In contrast, the Type III curve, which is typical of small mammals, fish, and invertebrates, represents creatures with a high death rate (or low survival rate) right after birth.
What would make a nice density independent factor quizlet example?A density-independent component is the impact of the weather. Both a small and a huge population can be wiped out by a catastrophic storm and flood that passes through an area. Another illustration would be a dangerous pollutant released into the environment, such as a stream.
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Recall that alleles of a single gene will segregate from one another during anaphase i. When do alleles for two different genes—located in two different chromosomes—segregate?.
Alleles for two different genes located in two different chromosomes segregate at anaphase I
What is meiosis?Meiosis is the process by which one cell divides twice to produce four cells containing half the original amount of chromosomes. These cells are sex cells: the sperm in males and the egg in females.
Meiosis can be divided into nine stages divided between the first cell division (meiosis I) and the second cell division (meiosis II).
Meiosis I:
Interphase:Prophase IMetaphase IAnaphase ITelophase I and cytokinesisMeiosis II:
Prophase IIMetaphase IIAnaphase IITelophase II and cytokinesisTo know more about meiosis visit:
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When light strikes chlorophyll molecules, they use the energy to do what?
fixing carbon
oxidize glucose
split water into hydrogen and oxygen
break down ATP
The light strikes chlorophyll molecules they use the energy to do fixing carbon. Option A.
When light hits the chlorophyll in the chloroplast it excites electrons in that molecule. These electrons jump to higher energy levels that they have absorbed or captured and carry that energy. In light-dependent reactions that occur in thylakoid membranes, chlorophyll captures energy from sunlight and converts it to chemical energy using water.
Light-dependent reactions release oxygen as a by-product when water is broken down. Photosynthetic energy fixation reactions begin when light is absorbed by photosystem II of the thylakoid membrane. Sunlight energy trapped in the reaction center of P680 causes electrons from the chlorophyll of P680 to move to higher unstable energy levels. The electrons in the chlorophyll molecule are activated.
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Considering that they require an oxygen-free environment, how do obligate anaerobes survive in the human body?.
Obligate anaerobes survive in the human body by staying in the places where aerobic organisms quickly use the available oxygen.
What are obligate anaerobes and how do they survive in the human body?Obligate anaerobes are the kind of anaerobes that dies out of oxygen concentration of atmosphere.Obligate anaerobes requires an environment containing absolutely no oxygen to survive.They survive in human body because they live in the area where the aerobic organisms quickly use or consume the oxygen.They also have special ability of using the enzyme in order to convert oxygen to harmless molecules.So knowing they fact that they are anaerobes and requires oxygen free environment to survive they survive in human body.In human body they uses their special abilities either to survive or stay in the areas where active aerobic organism quickly consume the oxygen.To know more about anaerobes visit:
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Please select the word from the list that best fits the definition
a kind of foliated metamorphic rock
Please HELP
Answer:
Sedimentary rocks/ Igneous
Explanation:
I believe this is the list that you mentioned:
Foliated.
Igneous rocks
Metaphoric rocks
Nonfoliated
Sedimentary rocks
Hope this helps!!!
a group of related plant species or animal species.
Answer:
genus!
Explanation:
it's in the definition- the genus is made up of related species!
hope this helped!<3
The alternate forms of a gene (flavors, often given either a capital or lowercase letter
as a symbol) are referred to as
---------------.
Alleles are the different variations of a gene.
Alleles are paired genes that come from our biological father and mother, respectively. Every gene we possess has two copies.
They may be the same, yet they can often have minute distinctions. Alleles consequently comprise all the different gene variants. This contrast of likenesses and dissimilarities may have significant repercussions on our bodies.
Alleles determine considerably more than simply physical characteristics. These intricate relationships also affect our susceptibility to contracting certain illnesses, how we respond to drugs, and even whether we acquire allergies to specific substances. The allele pairings in our DNA determine our genotype, often known as our genetic makeup. How we appear and live on a daily basis is determined in part by this complex genetic tapestry, which includes dominant and recessive genes.
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In a phylogenetic tree, a lineage that diverges from all other members of its group early in the evolutionary history of the group is described as.
The evolutionary history of the group is described as basal taxon.
What is basal taxon?A lineage represented by a phylogenetic tree that develops early from the root and from which no other branches diverged.
Phylogenetic tree can be explained as:
Lineages that develop early from the root and are unbranched are called basal taxa.For example, if the branch point is rotated and the order of the taxa is changed, the information remains unchanged, since each taxon's evolution from the branch point is independent of each other.Early developed and unbranched lineages are the basal taxa.In a phylogenetic tree the branch point in the tree (often drawn on the far left) represents the most recent common ancestor of all taxa in the tree. The lineages that distinguish themselves from all other members of the group early in the history of the group are called basal taxa.
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The Structure of the Skeletal SystemBone Tissue
Bone is a type of _________________ tissue that is called osseous tissue. Bone tissue consists of cellsseparated from each other by a _____________, which contains calcium phosphate. There are two types ofbone tissue:•Compact bone is denser and ________________. It is found in the outer layer of bones. A unit ofcompact bone tissue is called an ______________.•Spongy bone is ______________ and light. Bone marrow is found in these bones.Connective tissues support the function of bones by providing shape and support to the body
The Structure of the Skeletal SystemBone Tissue Bone is a type of connective tissue that is called osseous tissue.
Bone tissue consists of cells separated from each other by diaphysis which contains calcium phosphate.
There are two types of bone tissue Compact bone is denser and strong.
It is found in the outer layer of bones. A unit of compact bone tissue is called an osteon or Haversian system.
Spongy bone is porous and light.
Cancellous bone is lighter and less dense than compact bone. Trabecular bone consists of bony plates and rods flanked by small, irregular cavities containing red marrow. Tubules connect to adjacent cavities in place of the central Haversian duct to receive blood supply. Spongy bone, also called cancellous bone or cancellous bone, is a lightweight, porous bone that encloses numerous large spaces that give it a honeycombed or spongy appearance.
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I really need help on these questions
Answer:
Question 2:
Genotype — 1BB : 2Bb : 1bb
Phenotype — Three white rabbits : one brown rabbit
Question 3:
You got this one correct on your paper.
Question 4:
You Punnett square will look like this:
T t
T TT Tt
T TT Tt
Genotype — 2TT : 2Tt
Phenotype — Four tall plants. Could also be phrased as: "all tall plants".
The intermediate disturbance hypothesis states that greater species diversity will be found in communities that experience disturbances at.
The Intermediate Disturbance Hypothesis (Connell 1978, p. 1303) aims to explain how disturbance preserves biodiversity within ecological groups and claims that diversity (species richness) is maximized when disturbance occurs at an intermediate size.
The highest diversity will be found at levels of moderate disturbance, according to the intermediate disturbance theory. In connection to washing-induced disturbance, we assessed the species diversity, abundance, and species diversity of bacteria on human skin.Due to the presence of competitive dominants and quick colonizers, the original formulation of the IDH predicts that diversity will peak at an intermediate level of disturbance, while diversity will be low at both extremes due to local extinction and competitive exclusion.To know about Intermediate Disturbance
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"A diploid animal is dihybrid at the Head shape (H) and Tail length (T) loci. Which of the following gamete genotypes can it produce?
ht
HhTt
HHTT
HH "
A dihybrid and a diploid animal with a distinct head shape and tail length can form the gametes of this ht type. The genotype of the gamete is option 1, which is ht. It is a recessive form of gamete.
What are gametes?Gametes are formed by reproductive cells and that are haploid in nature and can form the zygote by the fusion of the male gamete and the female gamete in sexual reproduction. As it is a dihybrid, it has two traits involved, and all these two traits are coming to the offspring. h and t are recessive forms that combine to form the gamete ht type, which is formed by meiosis.
Hence, The correct answer is option 1, which is ht.
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What type of ecological succession will most likely take place after volcanic activity in an area?
Answer: Primary succession occurs when new land is formed or bare rock is exposed, providing a habitat that can be colonized for the first time. For example, primary succession may take place following the eruption of volcanoes, such as those on the Big Island of Hawaii. As lava flows into the ocean, new rock is formed.
Explanation:
All transformations of energy involve
1 a change in height
2 the use of sunlight
3. the organization of atoms
4. the movement of electrons
All transformations of energy involve the movement of electrons.
There are many various types of energy, including thermal, electrical, nuclear, electromagnetic, mechanical, chemical, and acoustic energy. However, when energy transforms from one form to another , the phrase "energy transformation" is used.
What about energy?Energy is the ability to do tasks.It can exist in several forms, including potential, kinetic, thermal, electrical, chemical, and nuclear.Energy may tackle a variety of shapes.Examples of these include: electrical energy, sound energy, energy , nuclear or nuclear energy , light energy, heat , energy , gravitational energy, and so on.Each form has the power to shift or transform into the others.The term "energy" was initially utilized in the realm of physics by Thomas Young (1773–1829), but it didn't catch on.Thomas Young later used interference experiments to prove that light is a wave.Human power is the effort or energy created by a human being.It may also be used to describe a human's power (pace of labor per time).Because it's a fundamental human requirement, energy plays a big role in our everyday lives.Our human-made structures aren't only heated by energy, but also cooled by it.To lift your finger, get out of bed, or maybe stroll down the street, you would like energy.Learn more about energy here:
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After observing the untitled card for mitosis: prophase, what did you see in the diagram that led you to believe that it was mitosis: prophase?
The chromosomes were not evenly spaced out that showed in the diagram that led you to believe that it was mitosis: prophase.
What is mitosis?
Cell biology refers to the phase of the cell cycle where replicated chromosomes break into two new nuclei. In the process of cell division known as mitosis, genetically identical cells with a fixed number of chromosomes are created. As a result, equational division is another name for mitosis.
The prophase is the first stage of mitosis, which splits the duplicated genetic material contained in a parent cell's nucleus into two identical daughter cells. During prophase, the chromatin, a mix of proteins and DNA found in the nucleus, condenses.
Hence the correct answer is the chromosomes were not evenly spaced out.
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Draw and explain how heat is different from temperature
Discuss how we problematize the “ideal man” in today’s society
The “ideal man” in today’s society is problematized based on the standards set by society deciding how he fits in by roles, duty and decency measures.
What are the roles of an “ideal man”?An “ideal man” is known as someone who is capable of taking care of their responsibility. Their qualities are being respectful, kind and loving.
They also have to be emotionally intelligent, good communicators, commitment-minded and trust worthy.
The problems presented with being the “ideal man” is these standards that are set by the society that are almost completely impossible to live up to and drives them to the wall when they can not fit in.
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When you test starch with Barfoed’s reagent, what would be the answer, positive or negative?
Explain your answer by giving reasons and structures.
When starch is tested with Barfoed's reagent. it will give a negative result because Barfoed's reagent is used to detect monosaccharides. As starch is a polysaccharide it cannot be detected by this reagent.
What is Barfoed's reagent?
This reagent consists of a 0.33 molar solution of copper acetate in a 1% acetic acid solution. It is used to detect monosaccharides based on the reduction of copper acetate to copper oxide which forms a black-red precipitate.
Procedure:
One ml of a sample solution is placed in the test tube.Three ml of Barfoed's reagent (a solution of cupric acetate and acetic acid) is added.The solution is then heated in a boiling water bath for three minutes.Reducing monosaccharides are easily oxidized by the copper ion in the solution to form a carboxylic acid and a reddish precipitate of copper (I) oxide within three minutes. Reducing disaccharides undergo the same reaction, but at a slower rate.
Disaccharide sugars are weaker reducing agents when compared to monosaccharides. This is the reason for the negative result of starch with Barfoed's reagent.
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Which region of the neural tube does not subdivide during the formation of the five secondary vesicles?.
The cerebral aqueduct's lumen eventually develops from the mesencephalon's lumen, which does not divide.
The neural tube vesicles give rise to which five major divisions of the brain?The five secondary brain vesicles that are produced as the three primary vesicles mature are the telencephalon, diencephalon, mesencephalon, and myelencephalon. The adult nervous system's many components are developed from each secondary vesicle.
Which primary vesicle doesn't split up into a number of secondary vesicles?A group of five secondary brain vesicles is formed by the division of the three main vesicles. The telencephalon/diencephalon and metencephalon/myelencephalon are the divisions of the forebrain (prosencephalon) and hindbrain (rhombencephalon), respectively, while the midbrain (mesencephalon) is left undivided.
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why is it important to have a pure culture when setting up biochemical tests for identification purposes?
It is important to have a pure culture when setting up biochemical tests for identification purposes because cross-reaction between the target organism (e.g. bacteria) and the substance for example an enzyme alters the identification of the agent in the media.
What is cross-reaction in a biochemical test?The term cross-reaction in a biochemical test makes reference to the presence in the medium of substances that may react with the target microorganism and thus alter the ability to detect it
Therefore, with this data, we can see that cross-reaction in a biochemical test can hamper the detection of the microorganism.
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Module 2
3
Assignment Booklet 2B
Read question 9 carefully. Decide which of the choices BEST completes the statement.
Place your answer in the blank space given.
A. protein
B. fat
C. starch
D. glucose
9.) When a person consumes less food than is required to meet body needs,
glycogen is converted into?
When a person consumes less food than is required to meet body needs, glycogen is converted into glucose.
This stored shape of glucose is made of many connected glucose molecules and is known as glycogen. Whilst the frame needs a quick enhance of energy or while the body isn't always getting glucose from meals, glycogen is broken right down to launch glucose into the bloodstream for use as gasoline for the cells.
As soon as glycogen shops are depleted, your frame runs out of gasoline and you'll start to experience worn-out. Consuming carbohydrates even as you workout will prevent glycogen depletion. For the duration of lower-depth using, the frame clearly uses more energy from the breakdown of muscle triglycerides.
Whilst your body doesn't without delay want glucose from the food you consume for energy, it shops glucose in most cases in your muscle groups and liver as glycogen for later use. Your frame creates glycogen from glucose thru a method referred to as glycogenesis.
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Identify the appropriate negative control the researchers most likely used when measuring the reaction rate in the presence of each organism’s enolase.
Chloroflexus aurantiacus bacteria are most commonly utilized as the negative control group when determining the response rate in the presence of each organism's enolase.
Enolase is what kind of an enzyme?Enolase (EC 4.2.1.11) is a cytosolic metalloenzyme that catalyzes the second-to-last step of glycolysis, the transformation of 2-phosphoglycerate into phosphoenolpyruvate.
What element serves as the building block for the large molecules present in living things?Carbon exists in some form in everything that is alive. The main element of macromolecules, such as proteins, lipids, nucleic acids, and carbohydrates, is carbon. Due to its molecular structure, carbon can form many different types of bonds with numerous different elements.
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24. On the following diagram of a lipid, Label a GLYCEROL, SATURAIEO FATTY ACID and UNSATURATED FATTY ACID.
25. This is a carbohydrate, lipid, or protein?________
"The specific subunit name of this molecule. 'The chemical formula is.________
26. This is a carbohydrate, lipid, or protein?_______
"The specific subunit name of this molecule is.________
27. C10H34O2 is a carbohydrate, lipid, or protein?_______
29. What would you take out to link two of these structures together?_________
"What would the bond be called?__________
24. The glycerol, saturated fatty acids, and unsaturated fatty acids have been labeled in the attached diagram.
25. This is a carbohydrate
"The specific subunit name of this molecule is a monosaccharide (glucose) 'The chemical formula is C₆H₁₂O₆
26. This is a protein.
"The specific subunit name of this molecule is amino acid.
27. C₁₀H₄O₂ is a lipid.
29. I would take out water to link two of these structures together.
The bond would be called a peptide bond.
What are proteins, lipids, and carbohydrates?Proteins, lipids, and carbohydrates are the major biomolecules found in living organisms.
The main subunits of proteins are amino acids held together by peptide bonds.
The main subunits of fats are fatty acids and glycerol.
The main subunits of carbohydrates are monosaccharides held together by glycosidic bonds.
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What species of fungus is used in produced of acid wash jeans to give them their distinct faded look?.
For one-third of the cost of the enzymes, the fungus Myceliopthora thermophila may produce the stone-washed effect on jeans.
What kind of fungus is used to make acid wash jeans?Trichoderma has potential as a biocontrol agent in addition to being a component of stone-washed jeans. Humans can also become harmed by deuteromycetes. Verticillium, which can produce a vascular wilt in trees, is one of these fungus that can harm plants.
What kind of fungus are jeans made of?Pumice stones used to be used to create the stone wash look of old. Utilizing stones had a number of disadvantages, including fabric damage and equipment costs. Nowadays, biostoning using the fungus Trichoderma reesei is used to do this.
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Sequence the Levels of Organization, from least complex to most complex.
Answer:
The major levels of organization from the simplest to the most complex are: sub-atomic particles → atoms → molecules → compounds → organelles → cells → tissues → organs → organ systems → organism → species → population → community → ecosystem → biome → biosphere.
more oxygen enter or leave the cornea
Individuals with the disorder xeroderma pigmentosum are hypersensitive to sunlight. This occurs because their cells have which impaired ability?.
Their cells are unable to repair thymine dimers, which is why this happens.
What genetic flaws cause the human condition xeroderma pigmentosum XP?Xeroderma pigmentosum has been linked to inherited mutations in at least eight genes. Mutations in the XPC, ERCC2, or POLH genes account for more than half of all cases in the US. A lesser proportion of cases are often caused by mutations in the other genes.
What distinguishes the DNA replication's leading strand from the lagging strand?In a replication fork formed by the split DNA strands, the leading and lagging strands are formed by the replication of both DNA strands. The main distinction between a lagging and leading strand is that the latter forms brief fragments of replication while the former does not.
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I need all of these questions plssss!!
The given graph is used to find the distance from an area experiencing an earthquake to the epicenter of the earthquake. Epicenter is the location from where the actual earthquake occurred.
What is Earthquake?
Earthquake is the natural disaster which is caused by the movement of the tectonic plates which are present on Earth.
The epicenter or epicentrum in seismology is the location on the Earth's surface which is directly above a hypocenter or focus, it is the point from where an earthquake originates.
P-waves moves faster than the S-waves and are the first to arrive from the Earthquake.
The difference in travel time between the two waves at 3,000 kilometers from the epicenter is 5 minutes. P-wave requires 5 minutes to cover 3,000 kilometers whereas S-wave requires 10 minutes to cover the same distance i.e., 3,000 kilometers.
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What are the two types (directions) of long bone growth?
Answer:
Explanation:
Based on the development of bone formation can be divided into two parts, called endochondral and intramembranous bone formation/ossification [1, 2, 3, 8].
At which of the cell-cycle checkpoints do external forces have the greatest influence?.
At G1 cell-cycle checkpoints, external stressors have the greatest effect.
Define the term "cell-cycle checkpoints".Checkpoints ensure that important steps are followed to ensure that each phase of the cell cycle is carried out correctly. A set of conditions must be met before the cell may advance to the next level in this control mechanism. Checkpoint failure results in cell cycle arrest, which stops the cell from growing until the issues are fixed.
The three major checkpoints in the cell cycle are G1, G2, and M.
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