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Mexican wolves are little, have robust muscles, and are diminutive. They are curious about their other traits in addition to their white fur. Therefore, scientists first identify before classifying. Therefore, they have determined that they have small organisms and thick muscles in the proper places. As a result, they will first separate the wolves into little Mexican wolves and larger wolves will immediately be exterminated from this species.
How do scientists classify organisms of the same species?
Molecular commonalities serve as the primary basis for modern scientific classification. They put creatures with comparable DNA and proteins together. Organisms are connected because of molecular commonalities. In other words, they share a common ancestor from the distant past.
Why do we classify organisms?
The taxonomy of organisms is crucial for understanding the diversity of living things and recognizing different types of creatures. Classifications facilitate learning about a wide range of various plants and animals, as well as their characteristics and similarities.
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show the diazo-coupling reactions to form the following dyes from an aniline compound and an aromatic compound
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Combining action :- The N=N bond is used to link two aromatic rings together in the process. In the presence of phenol or aromatic amines, arene diazonium salts—such as benzene diazonium salts—react to produce colored azo compounds.
A diazonium compound and another aromatic compound engage in a chemical process known as an azo coupling, which results in an azo compound. The aryldiazonium cation acts as the electrophile and the activated arene as the nucleophile in this electrophilic aromatic substitution process.
Benzene diazonium chloride and phenol combine to form a yellow-orange azo molecule. The reaction is catalyzed by the base.
As a result, although the reason is flawed, the assertion is true.
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Why do eukaryotic cells require a nucleus as a separate compartment when prokaryotic cells can manage perfectly well without?
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The expression of genes in eukaryotes is more complex than that of prokaryotes. Simple differences exist between prokaryotic and eukaryotic cells.
A nuclear membrane and other membrane-bound organelles that carry out particular tasks for the cell are found around the nucleus of eukaryotic cells. These membranes combine to form the endomembrane system, which in eukaryotic organisms develops several specialized chambers capable of carrying out a variety of tasks. Prokaryotic cells, on the other hand, only have the cellular membrane, with no other membranes extending inside the cell.
Prokaryotic cells nonetheless have an amazing potential for reproduction despite this modest decrease in efficiency. The process of binary fission, which divides duplicated DNA into distinct cells, is how prokaryotes reproduce.
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The fluid mosaic model of membrane structure was first proposed in 1972 by Singer and Nicolson. The model describes in detail how the components of a membrane are organised.
(a) Some of the components of the cell surface membrane are:
• phospholipid molecules
• protein molecules
• cholesterol molecules.
(1) In the box below, draw a labelled diagram of a section through a cell surface membrane to show how the above components are organised within the membrane.
The diagram should include other named components of the membrane.
Label the inner and outer surfaces of the membrane.
PLEASE CREATE A DIAGRAM
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Answer:
(b) Describe the role of phospholipid molecules in the cell surface membrane.
Phospholipids are the major component of the cell surface membrane and are responsible for its physical structure and integrity. They form a bilayer, with the two layers of phospholipids arranged in a ‘mosaic’ pattern. The hydrophobic tails of the phospholipids are embedded in the centre of the membrane and their hydrophilic heads form the inner and outer surfaces of the membrane, facing the cytoplasm and the external environment respectively. This structure enables the membrane to act as a selective barrier, allowing certain molecules and ions to cross it, while preventing others from entering or leaving the cell.
Is that good?
Explanation:
So recently my baby turtle seems to have died i still have him im not sure if hes really dead or not how do i know if hes dead and do turtles have muscle memory?
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Answer:
I'm sorry to hear about your turtle. It can be difficult to determine if a turtle is dead or just inactive, as they are known to have periods of inactivity. Here are some signs that may indicate that your turtle has passed away:
Lack of movement: If your turtle is not moving or responding to stimuli, it could be a sign that they have passed away.
Lack of respiration: You can check for signs of respiration by gently placing your hand near the turtle's nostrils and watching for any movement of the chest or abdomen. If you do not see any movement, it could be a sign that the turtle has stopped breathing.
Lack of reflexes: If you gently pinch the skin on the turtle's leg and do not get a reflexive response, it could be a sign that the turtle has passed away.
It is important to note that turtles can go into a state of torpor, where they become inactive and their bodily functions slow down significantly. This can sometimes be mistaken for death, so it is always best to consult with a veterinarian if you are concerned about the health of your turtle.
As for muscle memory, it is not clear if turtles have the same type of muscle memory as humans. However, it is known that turtles can learn through repetition and can remember certain behaviors and patterns.
What is the phenotype of red tomato?; What is the genotypic ratio of the cross of tomato plants?
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Phenotype is the observable characteristics in an individual resulting from the expression of genes; the clinical presentation of an individual with a particular genotype.
R is the red-color gamete and r is the yellow-skin-color gamete. The red color is dominant over the yellow color and almost equal amounts of skinned red and yellow tomatoes are obtained.
If a cross is made between the genotypes heterozygous and homozygous recessive gamete as seen in the Punnett square, all these phenotypes in the F1 generation will be expressed. Both the red-skinned tomatoes and yellow-skinned tomatoes will be obtained by crossing Rr and rr in the Punnett square. Thus, the genotypes obtained Rr and rr and the genotypic ratio will be 1:1.
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adverse reactions to high osmolarity water-soluble contrast media that are classified as mild, include___
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Adverse reactions to high osmolarity water-soluble contrast media that are classified as mild reactions, include mild effects like Headache, nausea, vomiting, and arm pain.
When you are dehydrated, osmolarity rises; when your blood is overhydrated, osmolality falls. Your body has a special system in place to regulate osmolality. Osmolality rises, causing your body to produce more antidiuretic hormone (ADH). referred to as arginine vasopressin at times (AVP). This hormone tells your blood vessels to store more water, which causes your urine to become thicker. Less ADH is produced by your body as osmolality rises. You experience some concentration loss in your urine and blood. With the help of this test, you may find out your blood's osmolality, or concentration of dissolved particles. A fluid or electrolyte imbalance, including dehydration, can be found using this test. Mineral salts called electrolytes assist in moving waste from and into your cells. Another component that controls your pH and acidity levels is electrolytes. The particle concentration decreases with the dilution of your blood and urine. The concentration of particles increases as the blood's water content decreases.
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which of the following phenotypic traits represents a neandertal adaptation to cold climates? group of answer choices a narrow torso long limbs a tall, flat forehead a large nasal aperture
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The phenotypic trait that represents a Neanderthal adaptation to cold climates is: a large nasal aperture.
Neanderthals are the extinct species that belonged to the category of archaic humans. They existed in Eurasia about 40,000 years ago. Neanderthals are considered to be the closest ancestor of current humans. The difference lies in features like size of brain case, shape of the pelvic region, etc.
Nasal aperture is also called pyriform that is in the shape of a pear. It is the bony inlet of the nose. The nasal aperture of the Neanderthals was large in order to make the cold air warmer and humid.
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burkitt lymphoma is usually associated with which type of chromosome rearrangement? please choose the correct answer from the following choices, and then select the submit answer button. answer choices a translocation a mutation in the apc gene a deletion an inversion
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Chromosome translocations involving the Myc gene cause Burkitt lymphoma. A chromosome is disrupted during a chromosome translocation, allowing for association with pieces of other chromosomes.
Chromosome 8, which houses the Myc gene, is the site of the traditional chromosome translocation in Burkitt lymphoma. A very aggressive B cell neoplasm known as Burkitt lymphoma (BL) is distinguished by the translocation and dysregulation of the MYC gene on chromosome 8. Epstein-Barr virus has been related to sporadic Burkitt lymphoma (EBV). The virus that causes glandular fever is this one (mononucleosis).
Someone who has experienced mononucleosis may be more likely to develop NHL. But it's crucial to keep in mind that EBV is extremely widespread. A translocation of the MYC gene on chromosome 8 into one of the three immunoglobulin loci, which results in MYC protein overexpression and unchecked cell proliferation, is linked to all forms of Burkitt lymphoma. Recurrent chromosomal translocations are present in around 40% of B-cell lymphomas, and the majority of them are easily identifiable using either traditional (karyotyping) or molecular cytogenetics (fluorescent in situ hybridization, FISH).
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Correct Question:
Burkitt lymphoma is usually associated with what type of chromosome rearrangement?
Which of the following takes place in the inner membrane of mitochondria?
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The electron transport chain is a process that takes place within the inner mitochondrial membrane. The electron transport chain is one of the processes mentioned in the list above that takes place in the inner mitochondrial membrane.
What happens inside the mitochondria's inner membrane?A high energy electron is transferred along an electron transport chain to the inner mitochondrial membrane. Hydrogen is pumped out of the matrix space by the energy released. As a result, a gradient is produced that forces hydrogen back through the membrane via ATP synthase.
What transpires within the mitochondria's inner membrane?The electron transport chain, a group of electron carriers found inside the inner membrane of mitochondria, is present. The chain is traversed by electrons. NADH contributes two electrons to the chain's first carrier.
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Which enzyme is used to make a cDNA copy of mRNA?; What enzymes are needed to make a cDNA library?; Is DNA polymerase used in cDNA?; What is the process to convert mRNA into cDNA?
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The enzyme reverse transcriptase can transform the RNA into cDNA.
The host cell of a retrovirus infection is where this enzyme was initially discovered. The reverse transcriptase-encoding genes are present in retroviruses. This enzyme creates DNA using RNA as a template.A RNA dependent DNA polymerase called reverse transcriptase is employed to replicate the mRNA portion into the first strand of DNA.This enzyme, like all other DNA polymerases, can only add residues at the 3′-OH group of an existing primer, which is base paired with the template.The most used primer for cloning cDNAs is oligo-dT.DNA, mRNA, and protein make up the universal system known as "central dogma," which produces a protein through the successive processes of replication, transcription, and translation. All eukaryotes, as well as prokaryotes, depend on the process, which is unidirectional (Except some viruses).To know more about transcriptase check the below link:
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the preganglionic fibers of the parasympathetic nervous system originate in thoracic and lumbar vertebrae while those of the sympathetic nervous system originate in brainstem nuclei and sacral vertebrae. t/f
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The Edinger-Westphal nucleus produces parasympathetic preganglionic nerve fibers that innervate the ciliary ganglion, which in turn supplies the ciliary muscle (which aids in near vision accommodation) and the pupillary constrictor muscle.
Since cholinergic preganglionic neurons release acetylcholine (Ach) at the ganglion synapse, sympathetic and parasympathetic preganglionic neurons share this property. Postganglionic neurons are also cholinergic in the parasympathetic system.
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loss of heterozygosity, which often results in progression toward cancer, refers to which of these? please choose the correct answer from the following choices, and then select the submit answer button. answer choices the loss of the tumor-suppressor gene wild-type allele when the cell is heterozygous for a recessive allele the appearance of an abnormal trait in an individual cell or organism that is heterozygous for that trait the gain of a wild-type allele for a tumor-suppressor gene when the cell is homozygous for a recessive mutation at this locus a mutation in a tumor-suppressor gene when the cell is heterozygous at another tumor-suppressor gene locus
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Loss of heterozygosity (LOH) is a form of genetic mutation that results in the loss of one normal copy of a gene or a set of genes. Loss of heterozygozity can lead to the development of cancer in some circumstances.
LOH is a typical kind of allelic imbalance in which a heterozygous somatic cell becomes homozygous because one of the two alleles is lost. This kind of chromosomal instability is sufficient to confer selective growth advantage and has been identified as a primary cause of cancer.
When a cancer-producing gene that is heterozygous becomes exposed due to deletion, mutation, recombination, uniparental disomy, or chromosomal aberration, this is referred to as loss of heterozygosity.
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human milk naturally contains antibodies and other unique immune system factors that are not in infant formulas.
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human milk includes unique immune system , antibodies, white blood cells, stem cells, and other live cells that cannot be added to formula.
Antibodies in human milk have the ability to combat illness. Colostrum, the first human milk produced after childbirth, has significant concentrations of such antibodies. However, during a mother's nursing period, antibodies are still present in breastmilk.Additionally, ear infections and gastrointestinal ailments are less common in breastfed infants. Human milk carries antibodies from the mother to the newborn. These antibodies help protect newborns from sickness and support the development of their unique immune systems.
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The gas laws summarize the relationships between the parameters pressure, volume, temperature, and ___ of gas.
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The correlations between the variables pressure, temperature, volume, and amount of gas are encapsulated in the gas laws.
The three fundamental gas laws show how pressure, volume, temperature, and amount of gas are related. According to Boyle's Law, as pressure lowers, gas volume increases. A gas increases in volume as its temperature rises, according to Charles' Law.
Gas laws are significant because they may be used to theoretically calculate the characteristics of a mass of gas. The ideal gas equation, for instance, may be used to determine the temperature of an ideal gas if its pressure and volume are known.
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How do the brains of birds and mammals compare to other groups of invertebrates?
A. birds and mammals have much smaller brains relative to body size than other groups of vertebrates
B. birds and mammals have proportionately larger hindbrains than other groups of vertebrates
C. the brains of birds and mammals have proportionately larger midbrains than other groups of vertebrates
D. the ratio of brain size to body weight for birds and mammals is about ten times greater than other groups of vertebrates
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The correct option is D) the ratio of brain size to body weight for birds and mammals is about ten times greater than other groups of vertebrates. Any animal belonging to the subphylum Vertebrata, the most common subphylum of the phylum Chordata, is a vertebrate, commonly known as a Craniata.
In general, the brains of mammals and birds are around ten times larger than those of bony fish, amphibians, and reptiles with similar body sizes [3]. With the exception of prosimians, primates generally have larger brains than other orders of mammals with comparable body sizes. The prosimian mouse lemur Microcebus, with a brain weight of 1.67 g, is the smallest primate; Homo sapiens has a brain weight of 1350 g. Generally speaking, prosimians and tarsiers have relatively tiny brains with a range of 1.67-12.9 g (average 6.7 g), followed by New World and Old World monkeys with a range of 9.5-118 g (average 45 g) and 36-222 g (average 115 g), with baboons having the largest brains. The largest apes, including orangutans, gorillas , and chimpanzees, have brain weights of between 330 and 570 g.
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what is the olfactory bulb in dogs; olfactory receptors dogs vs humans; how many smell receptors do humans have; how many scent receptors do dogs have; dog olfactory system; dog olfactory receptors; can dogs smell their owners
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The Olfactory Bulb is a bulb of neural tissue within the dog’s brain. It is located in the fore-brain and is responsible for processing scents detected by cells in the nasal cavity. It is approximately 40 times larger in dogs than in humans, relative to total brain size.
The canine nose does more than smell the roses. While humans primarily depend on their vision, dogs use both sight and smell to assess their surroundings and communicate. People spend more time interpreting visual data than olfactory information. Dogs are just the opposite.
Humans each have a unique innate scent that enables dogs to tell one person from another.
Our dogs do not need to see us to identify us. The dog’s sense of smell is so adept that a blind dog has much less difficulty adjusting to the loss of vision than a human does. Human have more than 400 smell receptors. Dogs have more than 100 million smell receptors. Yes, dogs can smell their owners.
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Tetrapods evolved from a finned organism that lived in the water. However, this ancestor was not like most of the fish we are familiar with today. Most animals we call fishes today are ray-finned fishes, the group nearest the root of this evogram.
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The chordates include four-limbed vertebrates known as "tetrapods":Frogs, toads, and salamanders are amphibians. These species are both aquatic and land-based.
Although the majority of them have lungs in their adult forms, they can also breathe via their skin.Reptilia includes lizards, turtles, snakes, and crocodiles.The tetrapods (represented by Charles Darwin) and all other extinct creatures in the evogram, in contrast, have what we refer to as "fleshy fins" or "lobe fins." They have skin and muscle covering their limbs, in other words. Lepidotrichia were once present at the tips of these fleshy limbs in some species, such coelacanths, but they are now absent in the majority of fleshy-finned creatures.
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is one of the oldest strategies that may be used in order to prevent the growth of microorganisms leading to food-borne illnesses.
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Heating is one of the oldest strategies that may used in order to prevent food borne illnesses.
Consuming tainted foods or drinks results in foodborne disease. Foods can be contaminated by a wide range of pathogens or disease-causing bacteria, leading to a wide range of foodborne illnesses.
The majority of foodborne illnesses are bacterial, viral, and parasitic infections. Other illnesses are food poisonings brought on by dangerous poisons or substances.
It should be noted that a large number of foodborne pathogens can also be acquired through contact with recreational or drinking water, with animals or their surroundings, or through person-to-person transmission.
Vomiting and/or diarrhea are classic signs of a foodborne infection, and they normally persist 1 to 7 days. The list of other symptoms may include include weariness, nausea, fever, and joint or back pain.
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is produced by the liver, stored in the gallbladder, and enters the duodenum through the common bile duct. this substance aids in the emulsification of fats.
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The bile duct causes bile, which is created by the liver and stored in the gallbladder, to pass into the duodenum. The emulsification of fats is facilitated by this chemical.
What usually causes gallbladder problems?Cholecystitis was typically brought on by gallstones blocking the gallbladder's escape canal. Bile accumulates as a result, which may result in discomfort. Additionally, bile duct issues, tumors, major illnesses, and specific infections are causes of cholecystitis.
When should gallbladder be removed?In the case of recurrent attacks, surgery is typically advised by doctors. If you have already experienced one gallstone pain attack, you might want to wait to see if you experience more. Our best defense against gallstone attacks is surgery.
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when botanists want to experimentally produce a monoploid plant, they start by isolating germ cell that have completed meiosis and would normally develop into . the cells are then treated in a special way that causes them to divide and form a mass of tissue known as a(n) . this mass is subjected to plant hormones and grows to become an adult monoploid plant.
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The clinical laboratory uses routine cytogenetics, FISH, or RT-PCR to identify chromosomal rearrangements in monoploid plant. , although these techniques have drawbacks.
Do mutations happen during meiosis?It's significant that more new mutations happen during meiosis than during mitotic cell cycles. These genetic recombination-related meiotic mutations are dependent on double-strand breaks (DSBs), which start the process of crossing over.
Which of the above methods can be used to check for both chromosome rearrangements and missing or extra chromosomal material?In cytogenetics, samples of bone marrow, blood, or tissue are tested in a lab to check for chromosomal abnormalities such as excess, broken, or missing chromosomes.
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determine whether each statement is true or false. 1. the femoral artery becomes the popliteal artery after passing the inguinal ligament.
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After passing through the inguinal ligament, the femoral artery changes into the popliteal artery. This claim is untrue.
What are the four major arteries?The gut, mesenteric, renal, and brachial arteries are among these arteries. The iliac also branches into the leg and supplies blood to the pelvis. The femoral artery is the biggest artery in the leg. The blood flow to the upper leg is provided by this artery.
What do arteries and veins mean?There are three two types of cells vessels: Your arteries carry blood away from your heart. Blood can receive to the heart through veins. The minutest blood vessels, capillaries, circuit vena cava.
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Which of the following characteristics are associated with the plant depicted above? (check all that apply) A. Vascular tissue B. Sporophyte dependent on gametophyte C. Sporophyte not dependent on gametophyte D. Production of gametes by meiosis E. Seeds F. Flowers G. Secondary growth H. Homospory I. Heterospory J. Spores are dispersal stage K. Chloroplast DNA inversion
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The correct option is B : Sporophyte dependent on gametophyte .Probably Psitolum niudam is depicted in the first picture. There is no vascular tissue in them. Gametophytes are required for sporophytes. Meosis results in spore production. They manifest homospory.
All sperm produced in all antheridia depicted are genetically identical to each other and to the male gametophyte that produced them since the gametes are produced by mitosis from perennial male plants. To carry out fertilization, sperm are discharged and swim across water to female plants.
Male and female reproductive organs (gametangia) grow and generate eggs and sperm (gametes) through straightforward mitosis in the haploid (containing a single set of chromosomes) gametophyte phase.
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FILL IN THE BLANK. a(n)___is the insect between two successive molts, including a portion of the somatic growing phase. this is how we break up the young stages of an insect.
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Instars are insects between two successive molts, including part of the somatic growth stage. This is how the young stages of insects are destroyed.
Which of the stage in the insect life cycle is called the quiescent stage?There are 4-stages of insect's life cycle (complete metamorphosis): egg, larva, pupa and adult.
In telogen (quiescent) phase, found in pupa, tissues reorganize from larvae to adults. The pupa is third body form in the insect's life cycle that undergoes complete metamorphosis like the caterpillar. During the pupal stage, much of the body is destroyed and rebuilt, so the adults can look quite different from the larvae and eat different foods.
How does molting work?Molting is the process of shedding of the cuticle (exoskeleton) of the early life stage. Insects cannot grow without molting. Once the new cuticle is fully formed, the insect undergoes a stereotypical species-specific movement pattern (moulting) to remove the cuticle of the previous instar.
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For each offspring genotype in the Punnett square you just completed, determine the phenotype. In other words, what is the predicted fur color and eye color of the offspring? Using your Punnett square from the last step, fill in the predicted fraction for each phenotype in the data table below.
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Answer:
wouldnt we need a picture or a better definition for this?
Answer:
Predicted Fraction:
Black Fur and Black Eyes: 16/16
Black Fur and Red Eyes: 0/16
White Fur Black Eyes: 0/16
White Fur Red Eyes: 0/16
Predicted Percentage:
100%
0%
0%
0%
Explanation:
I just did this exercise
gene believes that characters in a popular science fiction show are secretly sending him messages this
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gene believes that characters in a popular science fiction show are secretly sending him messages this Reference
Science fiction, sometimes abbreviated as "science fiction" or "SF," is a category of speculative fiction that frequently explores imaginative and futuristic ideas like advanced technology, space travel, time travel, parallel universes, extraterrestrial life, sentient artificial intelligence, cybernetics, some types of immortality (like mind uploading), and the singularity. Inventions like the atomic bomb, robots, and borazon, whose names exactly match their fictitious forebears, were foreseen by science fiction. Science fiction may also provide a channel for future scientific and technological advancements.
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Match the following actions with the correct phase- A. B. C. D. E. Of the phase listed, this is the first in which the cells are haploid- A. B. C. D. E. homologous chromosomes align at the center of the cell- A. B. C. D. E. The cell splits into two daughter cells- A. B. C. D. E. A diploid number of chromosomes are present at the end of the cell- A. B. C. D. E. sister chromatids are pulled apartA. telophase 1B. metaphase 1C. cytokinesisD. telophaseE. anaphase 2
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A cell divides into two identical daughter cells after duplicating all of its components, including its chromosomes.
The cell division process known as meiosis is what produces egg and sperm cells. A vital process for life is mitosis. Telophase I, Metaphase I, and Anaphase 2 are stages in the meiotic cycle. Spindle fibers vanish during telophase I, and the reconstructed nuclear envelope indicates that the cells are haploid. In metaphase 1, the homologous chromosomes align at the equatorial plate to ensure genetic diversity among the progeny. Sister chromatids are drawn to the opposing poles during anaphase II. Cytokinesis and Telophase are steps in the mitosis process. Cytokinesis occurs when a cell divides into two daughter cells, and if the cell has a diploid number of chromosomes at the end of the cell then it is telophase.
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which of the following responses correctly lists the order of events in a generalized viral replicative cycle?
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The three main stages of virus replication are infection, genome replication and expression, and release of mature virions from the infected cell. These three stages are generally present in all viruses.
The lytic cycle and lysogenic cycle are two methods used by viruses to replicate. While some viruses use the lytic cycle alone, others use both methods to reproduce. Attachment, entry, uncoating, replication, maturation, and release are the major phases of the viral life cycle.
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during the second and third trimesters, pregnant women should gain approximately ____ pounds per week
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During the second and third trimesters, pregnant women should gain approximately one pound per week.
Pregnancy is the condition of conceiving a baby wherein a baby is being nourished inside the body of the female (inside the womb of the mother). Weight gain depends in part on your body mass index before pregnancy. Pregnant women usually gain more weight in their second trimesters than in their third trimester. In general, a healthy women needs about 340 additional calories per day during the second trimester. Sweets and fats should be kept to a minimum in the diet. A good consumption of fruit and vegetables should be included because it provides vitamins and minerals needed for the growth of the baby.
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What are the 3 types of genetic modification?
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Different Techniques for Genetically Modifying Crops Customary Crop Modification Genetic manipulation. edit a genome.
Which of the three forms of genetic alteration are they?Traditional genetic modification techniques have included selection, mutagenesis, conjugation, and protoplast fusion, the last of which is comparable to somatic hybridization in plant systems. These techniques have been used, especially for microbial starter cultures.
What variety of genetic modification exists?The Ohio State University states that there are four main ways to genetically engineer crops: Breeding with preference: In order to create offspring with particular traits, two plant strains are introduced and crossed. Affected genes range in number from 10,000 to 300,000. creating pharmaceuticals. the creation of model creatures that reflect human circumstances, the use of genes. hormones produced by humans.
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Say there is a thermometer on a plate in the models in the picture. Which plate would be the hottest?HURRY HELPPPPPP
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If there is a thermometer on a plate in the models in the picture then the plate which would be the hottest is plate A.
What is Temperature?This is referred to as the degree of hotness or coldness of a substance or object and it is influenced by thermal energy. It is measured using the instrument known as thermometer and the S.I unit is Kelvin.
The plate which will be the hottest is plate A as a result of it having area which is the closest to the sunlight and is therefore the reason why option A was chosen as the correct choice.
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