double-stranded DNA molecule is being transcribed, only part of which is shown below. If the molecule is translated from left to right, one of the nucleotides shown in bold would be the first transcribed in this small molecule. 5'-ATGATCGGATCGATCCAT-3' 3'-TACTAGCCTAGCTAGGTA-5' Which of the following is the correct mRNA produced from the transcription of this DNA molecule?

a. -3'-UACUAGCCUAGCUAGGUA-5'

b. -5'-UACUAGCCUAGCUAGGUA-3'

c. -3'-AUGAUCGGAUCGAUCCAU-5'

d. -5'-AUGAUCGGAUCGAUCCAU-3'

Answers

Answer 1
Final answer:

The correct mRNA produced from the transcription of the DNA sequence 5'-ATGATCGGATCGATCCAT-3' should be 5'-AUGAUCGGAUCGAUCCAU-3', which aligns with option d.

Explanation:

The question relates to the process of transcription where a single stranded RNA is synthesized from a DNA template. To determine which mRNA is produced during this process, we must identify the correct base pairing between the DNA template and the mRNA. In RNA, adenine (A) pairs with uracil (U) and cytosine (C) pairs with guanine (G).

Given the DNA sequence 5'-ATGATCGGATCGATCCAT-3', the correct mRNA should be the complement of this sequence but with uracil (U) replacing thymine (T). Hence, the correct mRNA sequence should be read in the 5' to 3' direction as 5'-AUGAUCGGAUCGAUCCAU-3', matching with option d.

The bold nucleotides indicate the start of transcription, and since transcription proceeds in the opposite direction of the annotation (from 3' to 5' on the template), it confirms that the bold A in the 5'-end of the given DNA would be the first to be transcribed into mRNA.


Related Questions

What tube connects the mouth and the stomach

Answers

Answer:

The esophagus.  

Explanation:

Which is a long tube that connects the mouth to the stomach

Which would be the best title for these notes? Echolocation Ultrasound Technology Digital Signal Analog Signal

Answers

Answer:

The correct option should be ultrasound technology (option B) because it is related to sonographers or ultrasound technicians. they are most likely with while pregnancy but they have plenty of uses, such as evaluating and diagnosis, many medical treatment for elderly patients. 

Hope this helps!

The best title for the given notes will be Ultrasound technology. The correct option is B.

What is ultrasound?

Ultrasonography, often known as sonography or diagnostic medical sonography, is a type of imaging that employs sound waves to create pictures of structures within your body.

The photos can give useful information for diagnosing and treating a wide range of illnesses and ailments.

The missing notes in the question are:

A student took notes in class. - Uses high frequency sound waves - Creates images from echoes - Has many applications - Medical - Pregnancy - Kidney stones - Cancer - Injury identification - Other - Cleaning - Identification of objects - Breakdown of bacteria - Production

The best title for the given notes will be Ultrasound technology.

Thus, the correct option is B.

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Which of the following is most directly responsible for the coupling of excitation to contraction of skeletal muscle fibers?Acetylcholine.Action potentials.Calcium ions.Sodium ions.

Answers

Answer:

Calcium ions

Explanation:

The excitation-contraction coupling process is the process by which the electrical activation of muscles (the depolarization of the action potential) leads to the activation of contraction.

An action potential in the skeletal muscles or muscle excitation leads to Ca release from the sarcoplasmic reticulum via calcium channel protein. Released Ca regulates the contraction of the muscle.

Certain genes have apparently unusual inheritance patterns. For instance, in the mouse autosomal gene H19, only the copy inherited from the mouse's mother is expressed. Conversely, in the mouse autosomal gene Igf2, only the copy inherited from the mouse's father is expressed. The consequence of this is that imprinted genes are expressed as if they were present in only one copy, even though there are two copies of each of these genes in each cell. What process or processes are responsible for this phenomenon? (Select all that apply.)None of the answer options is correct.combinatorial gene regulationepigenetic inheritanceX-chromosome inactivationMendelian inheritance

Answers

Answer:

epigenetic inheritance

Explanation:

This phenomenon is known as genomic imprinting. Epigenetic control and inheritance is the basis of genomic imprinting: DNA methylation and histone methylation lead to inactivation (silencing) of a certain genes. The epigenetic pattern is imprinted and maintained in parents.

As a consequence of genomic imprinting, specific genes from only one parent are expressed. This is different than Mendelian type of inheritance in which in diploid cell one gene is from father while another is from mother.

Describe the difference between a closed and an open circulatory system.

Answers

The main difference between open and closed circulatory system is the way blood flows in an organism.

All the offspring of a cross between a black-eyed mendelian and an orange-eyed mendelian have black eyes. What is the expected phenotypic ratio of a cross between two orange-eyed mendelians?

Answers

Answer:

1:0  orange eyes:black eyes

Explanation:

If black-eyed mendelian and an orange-eyed mendelian give all the offspring with black eyes, this means that the black eye allele is dominantt over orange eye. So, if we name the gene for the eye color with A, the genotypes of the parents would be AA (black eyes) and aa (orange eyes).

P: AA  x  aa

F1: Aa Aa Aa Aa (all heterozygous with black eyes).

Cross between two orange-eyed mendelians:

P: aa  x  aa

F1: aa aa aa aa all of them with orange eyes

What is the probability that Jack will be a supertaster? What is the probability that Jill will be a supertaster?

Answers

Final answer:

The random variable X represents the number of adults surveyed until finding one who will watch the Super Bowl. It can take on values of any positive integer and follows a geometric distribution with a probability of success of 40%.

Explanation:

The given scenario is a probability problem involving a geometric distribution, which is related to the number of trials needed to get the first success in a sequence of independent Bernoulli trials.

Define Random Variable X

a. The random variable X is defined as the number of adults we must survey until we find one who will watch the Super Bowl. Here, 'watching the Super Bowl' is considered a 'success'.

Values of X

b. The values that X can take on are all positive integers starting from 1, as we must survey at least one person and there is no upper limit to the number of people we might have to survey before we find a 'success'.

Distribution of X

c. The distribution of X is a geometric distribution. Since the probability that an adult will watch the Super Bowl is 40%, the probability mass function (pmf) of X is: P(X = x) = 0.6(x-1) * 0.4 for x=1, 2, 3, ... This is denoted as X~Geom(0.4).

Final answer:

The probability that Jack or Jill will be a supertaster, based on genetic inheritance patterns and the general population statistics, is 25%.

Explanation:

To determine the probability that Jack or Jill will be a supertaster, we reference given statistics that state approximately 25% of the population are supertasters. Additionally, from the given genetic information, we understand that if two parents are heterozygous tasters (Tt), their offspring have a 75% chance of being tasters (either TT or Tt) and a 25% chance of being non-tasters (tt).

Since 'supertaster' is likely correlated with tasting abilities linked to the PTC (phenylthiocarbamide) gene, we can assume that supertasters would have the TT genotype. Knowing this, we can infer since 50% of tasters are 'medium tasters', the remaining 25% might be 'supertasters', correlating with the TT genotype in a simple dominance scenario where T is the allele for tasting and t is the allele for non-tasting. Considering this, the probability that any individual, including Jack or Jill, being a supertaster would be 25%, assuming no other genetic or environmental factors influence this trait.

Which of the following characteristics of DNA-dependent DNA synthesis is NOT the same for DNA-dependent RNA synthesis?

Synthesis requires a template.
Initiation involves the recognition of a specific DNA sequence.
Initiation of synthesis requires a primer.
Synthesis is catalyzed in the 5′ to 3′ direction.
All of the choices given are the same for both DNA and RNA synthesis.

Answers

DNA and rna is not the same?

NEED HELP ASAP
Why is ice so important to the survival of the polar bear in the arctic?


A. The polar bears can’t out swim the seals, so they sit quietly on an ice platform and attack the seals when they come
up for air.

B. The polar bears are hibernating for longer periods of time, so they are not able to get the food necessary to survive.

C. The sea ice is important because the polar bears use the ice to go on their migration to warmer land areas

D. The sea ice provides a place for the polar bears to take a nice nap in the sunshine.

Answers

There are a couple reasons the ice is important to polar bears, but given the choices you have the correct one would be:

A. The polar bears can’t out swim the seals, so they sit quietly on an ice platform and attack the seals when they come  up for air.

Hi! The correct answer is B. We know this because polar bears do not migrate to warmer areas, nor do they use ice to take a “nice nap in the sunshine”. Although A is technically correct, they can still get food without seals. The only rational answer is B; I mean, they would starve if they didn’t get fat during the winter!

a conservation plan could proceed with a single 20-square kilometer habitat preserve or with two habitat perserves,measuring a total of 20 square kilometers combined. Which perserve format would support more species

Answers

Answer:40

Explanation:20+20=40

Photosynthesis is to chloroplasts as cellular respiration is to

Answers

Answer:

Products of photosynthesis are used in cellular respiration

Explanation:

Photosynthesis is a process performed by the plants (also some algae and bacteria) in which the energy of sunlight is transformed into chemical energy usable by those plants. Necessary components of this set of reactions are sunlight, water and CO2, while resulting products are glucose and oxygen. Products of photosynthesis are then used in the metabolic processes known as cellular respiration. During the cellular respiration, glucose and oxygen are used for the production of ATP, CO2 and water. Cellular respiration is performed in mitochondria of all living organisms.

Photosynthesis occur in the chloroplast, membrane organelles with photosynthetic pigments (such as chlorophyll).

Photosynthesis occurs in chloroplasts and converts light energy to chemical energy, while cellular respiration takes place in mitochondria, converting glucose into ATP. Thus, the answer to the comparison is 'mitochondria'. These processes form the carbon-oxygen cycle, which is vital for life energy transformations.

Photosynthesis is comparable to cellular respiration in that both are essential processes that take place in cells to make chemical energy available for life. While chloroplasts are the site of photosynthesis in plant cells, where light energy is converted to chemical energy and stored in the form of glucose, mitochondria are the sites where cellular respiration occurs. In cellular respiration, the chemical energy stored in glucose is converted back into ATP, which is a usable form of chemical energy for cells.

Consequently, responding to 'Photosynthesis is to chloroplasts as cellular respiration is to what?', the answer is mitochondria. Both chloroplasts and mitochondria work in tandem to support the life processes of plants. They together form part of the carbon-oxygen cycle, showcasing a biological, cyclical harmony, which is essential for energy transformation and sustaining life.

A) a moth has two alleles for spots. it can have brown or white spots. the brown spot allele frequency is 0.53. what is the white spot allele frequency?

Answers

Answer:

0.47 is the white spot allele frequency.

Answer: White spot allele frequency for moths is 0.47.

Explanation:

Hi, Alternative forms of a gene are called alleles; all sexually reproducing organisms have two alleles - one inherited from each parent.

The allele (version of the gene) for dark body color is dominant, which means that a moth possessing at least one such allele will have a dark body. To have a light body, the moth has to have both alleles for light body color.

        Is the same case for the spots, white spot allele frequency for moths is 0.47.

Which of the following organelles could be considered recycling centers of eukaryotic cells?1. lysosomes2. Golgi apparatus3. the nucleus4. mitochondria5. smooth endoplasmic reticulum

Answers

Final answer:

The lysosome is the organelle in eukaryotic cells that serves as the recycling center. It contains enzymes that break down waste materials and cellular debris. The other organelles each have their own unique functions.

Explanation:

The organelle in eukaryotic cells considered to be the recycling center is the lysosome. Lysosomes serve as the cell's waste disposal system. They contain enzymes that break down waste materials and cellular debris. Although each of the listed organelles has a distinct and important role, when it comes to the recycling function specifically, the job is carried out predominantly by lysosomes.

The Golgi apparatus is involved in packaging and shipping proteins, while the nucleus4 is the control center of the cell that stores DNA. Mitochondria are involved in energy production, and the smooth endoplasmic reticulum helps detoxify substances and produces lipids for the cell.

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Final answer:

In eukaryotic cells, lysosomes can be considered the 'recycling centers' due to their function in the breakdown and recycling of cellular materials. Other organelles listed have diverse functions ranging from energy production (mitochondria), synthesis of proteins and lipids (endoplasmic reticulum), and DNA storage and regulation (nucleus).

Explanation:

The organelle that is considered the recycling center of a eukaryotic cell is the lysosome. Lysosomes contain hydrolytic enzymes which allow them to break down and digest waste materials and cellular debris within the cell. They are involved in processes such as autophagy, a process of cellular self-digestion where they break down and recycle aging organelles, hence the nickname 'recycling centers'.

Golgi apparatus functions as a 'post office' for the cells where it modifies, sorts, and packages proteins and lipids for transport to their specific destinations. The nucleus houses the DNA of the cell and governs the cell's activity through gene expression. Mitochondria are often referred to as the power plants of the cell because they produce the cell's energy currency, ATP. The smooth endoplasmic reticulum synthesizes carbohydrates, lipids, and steroid hormones; detoxes medications and poisons; and stores calcium ions.

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A future offspring has just been conceived. When does it have the highest level of potency?

A. Unipotency
B. Multipotency
C. Pluripotency
D. Totipotency

Answers

Answer:

Option D, Totipotency

Explanation:

Totipotency is the ability of a cell to differentiate into all other cells with in an organisms. A fertilized egg which has the potential to give rise to any cell with in an organism is called a totipotent fertilized egg. These totipotent cells are produced in large amount during the initial stages of embryonic development when maximum development is required and also they have the ability to form an entire organisms.

Thus option D is correct

Scientists in the united states, europe, and africa have now suggested that the hippopotamus is a relative of the

Answers

Answer: Hippos spend lots of time in the water and now it turns out (or researchers argue), they are the closest living relative to whales. ... Thewissen says that whales are more closely linked to an extinct pig-like animal, often known as India's pig or Indohyus, while hippos are closely related to living pigs.

Explanation:

Which describes an African butterfly species that exists in two strikingly different color patterns?a. sexual selectionb. disruptive selectionc. artificial selectiond. directional selectione. stabilizing selection

Answers

Answer:

The answer is b disruptive selection. Hope this helps.

What could be a result of an injury to the dorsal column?


1....loss of sensation to pressure and touch

2...loss of control over all involuntary movements

3....inability of the body to maintain homeostasis

4....inability to regulate the sleep-wake cycle

5....loss of motor control

Answers

loss of sensation to pressure and touch

Answer is 1

Alguem me ajuda com a primeira lei de Mendel?? Sobre qual era os cuidados que ele usava ao cruzar dois tipos de plantas

Answers

La primera ley es llamada la ley de la uniformidad de los híbridos de la primera generación filial. Y esta dice que al cruzar dos variedades cuyos individuos tienen razas puras ambos homocigotos para un determinado carácter), todos los híbridos de la primera generación son similares.

How are girls affected by changes in friendships?

A. Girls are only affected by changes in friendships with their one or two closest friends.
B. Girls are highly resistant to changes in friendships.
C. Girls may be more easily hurt and distraught by frequent changes in friendships. D. Girls are rarely affected by changes in friendships.

Answers

c. girls may be more easily hurt and distraught by frequent changes in friendships

Final answer:

Generally, girls may be more hurt and distressed by frequent changes in friendships as they highly value emotional bonds. However, it's important to note everyone deals with these changes differently depending on personal factors like resilience, support system, and coping strategies.

Explanation:

Based on various studies, option C is generally more accurate: Girls may be more easily hurt and distraught by frequent changes in friendships. This does not mean all girls will react the same way, but on average, changes in friendships can significantly impact girls, especially during their formative years. Girls often value close bonds and shared emotions in friendships, and disruptions of these connections can lead to feelings of hurt, betrayal, and loss. Moreover, changes in friendships could influence their self-esteem and overall emotional well-being, which in turn may potentially affect their academic performance and other aspects of their lives.

However, it's important to acknowledge that everyone, regardless of gender, has a unique way of dealing with changes in friendships. The individual's resilience, support system, and personal coping strategies play a crucial role in how they navigate through these changes.

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Which types of macromolecules are common to both organisms and viruses?
A.)proteins and nucleic acids
B.)proteins and carbohydrates
C.)nucleic acids and carbohydrates
D.)lipids and proteins​

Answers

Answer: A) Proteins and nucleic acids

Explanation:

Proteins and nucleic acids

Select the answer option that lists the levels of genetic information in order from smallest to largest.

gene; chromosome; DNA strand; genome
DNA strand; gene; genome; chromosome
DNA strand; chromosome; gene; genome
gene; DNA strand; chromosome; genome
genome; gene; chromosome; DNA strand

Answers

Answer:

gene; DNA strand; chromosome; genome

Explanation:

Gene is a sequence in DNA molecule that has a function. It codes for a molecule, usually protein that performs a certain function within the cell. It carries the information that is necessary for the gene expression. Gene is copied into mRNA molecule during the process of transcription. mRNA is used for the protein synthesis (translation).

DNA is packed into chromosomes during the preparation for cell division. Chromosome is highly condensed form of chromatin.

Genetic is a whole genetic material of an organism.

Suppose a rock on Earth is dropped in a vacuum and has an initial speed of 0 m/s. What is the rock's speed after 2 seconds, in m/s?

Answers

Gravitational acceleration : 10m/s

2 secs, 10m/s x 2

= 20m/s

Answer:

Explanation:

There are many different equations which can be used to find acceleration, time, velocity, distance, etc. However, there are three variables we need to take into consideration for this question, initial velocity, acceleration due to gravity, and time.

The equation acceleration= velocity/time, can be used, and we need to remember that on Earth, acceleration due to gravity is calculated to be 9.8 m/s².

So using the equation:

a= v/t

v= a x t

v= (9.8 m/s²) x (2 s)

v= 19.6 m/s

A type of volcano with broad gentle slopes and built by the eruption of fluid basalt lava

Answers

Answer:

i think dominant volcano

The relationship between hemoglobin ____________ and po₂ is shown by an oxyhemoglobin dissociation curve.

Answers

The answer is saturation

Answer:

Saturation

Explanation:

Blood oxygen saturation is usually used to detect respiratory insufficiency, this saturation increases according to a hemoglobin dissociation curve.

The curve analysis shows that hemoglobin saturation is linked to partial oxygen pressure (pO₂). The higher the pO₂, the higher the oxygen saturation in the blood. The average saturation in a healthy human being is between 95% and 99%.

​perimenopause ____.

a. is marked by limited changes in reproductive hormones

b. occurs five to eight years after the final menstruation

c. is the period after a woman's last menstruation

d. is the period from a woman's first irregular cycles to her last menstruation

e. is marked by only trivial symptoms

Answers

Answer:

a. is marked by limited changes in reproductive hormones

Explanation:

The diagram below shows the structure of a segment of DNA.

--

Which of the following best describes the component of DNA labeled with an x in the diagram?


A.

a series of codons

B.

nitrogenous bases

C.

chromosome pairs

D.

sugar and phosphate

Answers

The answer would be B. Nitrogenous bases known as Glutamine, Thymine, Adenine, and Cytosine.

Answer:

B. nitrogenous bases

Explanation:

Nitrogenous bases are chemical compounds formed by slightly alkaline rings that contain nitrogen. Together with sugar and a phosphoric acid, they make up ribonucleic acid (RNA) and deoxyribonucleic acid (DNA). It is through these nitrogenous bases that the two strands of DNA are linked. This is exactly what we can see in the picture.

There are five types of bases, which are classified into two groups:

Purine or purine nitrogenous bases: adenine (A) and guanine (G); Pyrimidine or pyrimidine nitrogenous bases: cytosine (C), thymine (T) and uracil (U).

Pyrimidine bases are derived from pyrimidine and are formed by a ring (hexagonal) of carbon and nitrogen. The purine bases are derived from purine, are larger and have two rings (one hexagonal and one pentagonal) of carbon and nitrogen.

which statement correctly describes the relationship between bones and muscles

a. a muscle can both push and pull a muscle, causing it to move
b. bones can move without the aid of muscles
c. moving a bone back and forth requires the action of at least two muscles
d. a bone needs only one muscle to move it back and forth

Answers

Answer:

C

Explanation:

Bones are moved at the joints by muscles. It requires at least two muscles acting antagonistically on the bone to move the joint. When one muscle contracts, the other relaxes. Muscles are attached to bones through tendons. An example is the humerus (bone of the upper arm) is moved at the elbow by the antagonistic action of the biceps and triceps.

Match the classification with the food crop it includes.

1. grains lentils
2. roots and tubers sunflower
3. pulses rice
4. herbaceous vegetables carrots
5. oil seeds jute
6. fiber plants lettuce

Answers

The correct matches are:

Grains - Rice

The grains are plants that are grass-like. They are one seasonal, and every year have to be seeded again. They produce very small grains which are high in carbohydrates and are very nutritious, so the majority of the world uses them as primary food source. They include rice, wheat, corn...

Roots and tubers - Carrots

The roots and tubers are plants that use their root as storage of sugars. This makes the root become bulky, meaty, and very nutritious. These plants include the carrots, potatoes, ginger, Jerusalem artichoke...

Pulses - Lentils

The pulses are plants with small steams, and small grain-like seeds. These seeds are actually very rich in iron, so they are often used by the people in order to keep the hemoglobin on a good level. They include the lentils, legume, green beans, chickpeas...

Herbaceous - Lettuce

The herbaceous plants have the appearance of wide leafed grasses. They have thick, juicy leaves, and they tend to be rich in lot of vitamins. Very often they are used as salads. These plants include the lettuce, spinach, arugula...

Oil seeds - Sunflower

The oil seeds are thin relatively high grass-like plants. They produce flowers that have oil rich seeds. They are used for producing oil in general. These plants include the sunflower, canola, sesame...

Fiber plants - Jute

The fiber plants are plants that have very thick and strong fibers. They are not really used as a food, but more as a material for making cloths. These plants include the jute, some types of cannabis, cotton...

Which of the following occurs in the E site of the ribosome during translation?An uncharged tRNA is ejected from this site as the ribosome slides to the next codon.An incoming charged tRNA binds to this site.None of the other answer options is correct.The tRNA carrying the growing polypeptide moves to this site as the ribosome slides to the next codon.

Answers

Answer:

An uncharged tRNA is ejected from this site as the ribosome slides to the next codon

Explanation:

During the process of translation, ribosomes play a major role in connecting mRNA codons with tRNA anticodons. Ribosomes are composed of  two subunits which consist ofproteins and rRNA. The tree sites of ribosomes are:

P site or peptidyl site-this site binds to the tRNA which holds the growing polypeptide chain.A site or acceptor site-this is a site of peptide bond formation between the growing polypeptide and the next incoming amino acidE site or exit site-the site for the final binding of t-RNA .

Which of the following statements are true concerning the eye?The far point of the normal eye is infinity.Astigmatism refers to a defect in which the surface of the cornea is not spherical. Instead, it is more sharply curved in one plane than another.Farsightedness can be corrected with a diverging lens.Nearsightedness can be corrected with a diverging lens.The hyperopic eye focuses rays from an object at infinity in front of the retina; the myopic eye focuses rays from an object at infinity behind the retina.

Answers

Answer:

The far point of the normal eye is infinity

Astigmatism refers to a defect in which the surface of the cornea is not spherical. Instead, it is more sharply curved in one plane than another.

Nearsightedness can be corrected with a diverging lens

Explanation:

A normal eye has its far point (at infinity) and its near point (about 25cm in front of the eye).

Astigmatism is an eye imperfection which refers to the curvature of the cornea or lens. This vision condition is characterized by the irregularly shape of the cornea or lens (not equally curved  in all directions). As a consequence, refractive error occurs  which appears as nearsightedness (myopia-inability  to focus on distant objects) or

farsightedness (hyperopia-inability to focus on nearby objects).

Final answer:

The far point of a normal eye is infinity and astigmatism is a defect of the cornea. Myopia (nearsightedness) is corrected with a diverging lens, while hyperopia (farsightedness) is corrected with a converging lens. For a hyperopic eye, rays from an object at infinity is focused in front of the retina, while for a myopic eye, these rays are focused behind the retina.

Explanation:

Here are the true statements about the eye and vision correction:

The far point of the normal eye is indeed infinity. This means that a normal eye can clearly see objects that are at an infinite distance away.Astigmatism is a defect where the cornea's surface is not spherical, being more sharply curved in one plane than in another. This irregularity can lead to blurred or distorted vision.Myopia or nearsightedness is a vision defect where distant objects seem blurry, while close objects appear clear. Contrary to the statement, it's corrected using a diverging lens.Hyperopia or farsightedness is a condition in which far objects are seen clearly, while close ones appear blurry. This condition is corrected with a converging lens, not a diverging one.The hyperopic eye indeed focuses rays from an object at infinity in front of the retina. Conversely, the myopic eye focuses rays from an object at infinity behind the retina.

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