Four classes of organic compounds containing carbon are carbohydrates, proteins, lipids, and nucleic acids. The carbon cycle involves photosynthesis which gives proteins to plants and animals. plants get their carbon from the air and their nitrogen from the soil.
Every living thing contains organic molecules like lipids, proteins, carbohydrates, and nucleic acids. Large carbon-based structures make up these macromolecules.
Living things use carbohydrates as a significant source of energy. Glucose, fructose, sucrose, galactose, ribose, deoxyribose, cellulose, and chitin are a few examples of carbohydrates.Lipids (Fats) Lipids are molecules that store a lot of energy. In comparison to carbohydrates, lipids store twice as much energy per gram.Amino acids are what make up proteins. The primary building elements of organisms are proteins. Large, intricate molecules called proteins are the building blocks of many different biological elements, including muscle fibers, enzymes, and hemoglobin.RNA and DNA are nucleic acids. The genetic code for producing proteins, specifically, is carried by DNA.Carbon is shared between living things and their environment during the carbon cycle. It describes how carbon moves when it is recycled and used again. Since carbon is the primary component of biological compounds, it is crucial for photosynthetic organisms to absorb carbon dioxide (CO₂) from the atmosphere, use it to make organic molecules like carbohydrates, lipids, proteins, and nucleic acids, and then release it back into the atmosphere as CO₂ during respiration.
On the other hand, plants cannot absorb nitrogen from the atmosphere in the form of the gas N₂. It is transformed by bacteria into ammonia (NH₃), a type of nitrogen that plants may use, as part of the nitrogen fixation process. Animals ingest useable nitrogen molecules when they consume plants.
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DNA is a type of nucleic acid that is responsible for storing
information and passing that information from a parent to
its offspring.
What aspect of DNA's structure makes it ideal for carrying out this role in an
organism?
OA. Its hydrocarbon chains, which help the molecule repel harmful
substances
OB. Its long, narrow shape, which helps it pack tightly with other DNA
molecules
OC. Its four different nitrogen bases, which are connected in long
chains to form specific patterns
OD. Its highly branched structure, which helps the molecule store a lot
of energy in a compact space
Answer:
Option C: Its four different nitrogen bases, which are connected in long
chains to form specific patterns
Explanation:
the special sequence of nitrogen bases (called gene) carry information about different trait we receive from a parent
.......it's all coded in these 4 nitrogenous bases.
modified stems bearing modified leaves primordium develops into a bud at the end of a stalk called the pedicel pedicel expands at the tip to form a receptacle, to which other parts attach flower parts are organized in circles called whorls
Flower Morphology to which other parts attach flower parts are organized in circles called whorls.
What is Morphology?
The study of words, their construction, and their relationships to other words in a single language is known as morphology in linguistics. It examines the composition of words as well as their constituent stems, roots, prefixes, and suffixes.
Therefore,
modified stems bearing modified leaves primordium develops into a bud at the end of a stalk called the pedicel pedicel expands at the tip to form a receptacle, to which other parts attach flower parts are organized in circles called whorls
Flower Morphology to which other parts attach flower parts are organized in circles called whorls.
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Which statements best compare the function of an ATP molecule to a DNA molecule?
ATP carries and transmits the genetic information of organisms,
DNA serves as a biological catalyst that speeds up the rate of chemical reactions.
ATP provides energy for chemical reactions in the cell.
DNA carries and transmits the genetic information of organisms.
C
ATP serves as a biological catalyst that speeds up the rate of chemical reactions.
DNA acts as a structural sugar in the cell walls of plants.
D
ATP acts as a structural sugar in the cell walls of plants.
DNA provides energy for chemical reactions in the cell.
ATP provides energy for chemical reactions in the cell.
DNA carries and transmits genetic information of organisms.
I need help to check the answer for those question that have writing underneath and I need help for those question with no pen writing underneath please
The communicable disease is measles, athlete's foot, influenza, and smallpox. The non communicable disease are cardiovascular disease, cancer, asthma and depression.
What is communicable disease?A communicable disease is one that can be transmitted from one person to another via a number of routes, such as contact with blood or body fluids, inhalation of an airborne virus, or insect bites.
Chronic diseases, sometimes referred to as noncommunicable diseases (NCDs), are conditions that develop over an extended period of time as a result of a combination of genetic, physiological, environmental, and behavioral variables.
The four primary categories of NCD are diabetes, cancer, chronic respiratory diseases (such chronic obstructive pulmonary disease and asthma).
Therefore, The communicable disease is measles, athlete's foot, influenza, and smallpox. The non communicable disease are cardiovascular disease, cancer, asthma and depression.
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What was the purpose of using CRISPR in the Anopheles gambiae mosquitoes experiment?Group of answer choicesTo find a way to lower mosquito populations in the wild and get rid of malaria in the future.The purpose of this experiment was to create a new disease like malaria.To find a way to lower mosquito populations in the wild and increase cases of malaria in the future.To find a way to increase mosquito populations in the wild and get rid of malaria in the future.
To find a way to lower mosquito populations in the wild and increase cases of malaria in the future the purpose of using CRISPR in the Anopheles gambiae mosquitoes experiment.
Why do humans get malaria?The malaria parasite, which is spread by infected mosquitoes, multiplies inside red blood cells after entering the human bloodstream. After a few days, these cells burst, infecting other red blood cells and resulting in symptoms such as a severe headache, nausea, vomiting, fever, and coma.
What causes malaria largely?A plasmodium-genus single-celled parasite, which causes malaria. Most frequently, mosquito bites are the means of parasite transmission to people.
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A red blood cell with a low concentration of oxygen will..
A. Absorb more oxygen as it passes by the lungs
B. Pass by the lungs as if nothing happened
C. Diffuse oxygen out into the lungs
A red blood cell with a low concentration of oxygen will absorb more oxygen as it passes by the lungs.
What is red blood cell?
Red blood cells are the most prevalent form of blood cell and the primary way by which vertebrates distribute oxygen to their body tissues through blood flow through the circulatory system. They are also known as red blood corpuscles, haematids, erythroid cells, or erythrocytes.
The kidneys detect an oxygen deficiency in the blood (hypoxia) and respond by secreting a hormone called erythropoietin when low oxygen levels are present (which may be caused by circumstances such as high altitude or low partial pressure of oxygen in the atmosphere) (EPO). The production of RBCs is accelerated by EPO, which increases the RBC count. The higher RBC count helps to make up for the lungs' reduced ability to hold oxygen.
Hence the correct option is a red blood cell with a low concentration of oxygen will absorb more oxygen as it passes by the lungs.
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THINK Copy
4. Apply Study the oxygen
atom illustrated below.
Is the second energy level
of the oxygen atom full?
The second energy level of the oxygen atom full No it isn’t because the atomic number of oxygen is 8.
What is energy level and example?Energy levels I and II, for instance, can each hold a maximum of two and eight electrons, respectively. The greatest number depends on how many orbitals are present at a certain energy level. A region of space within an atom known as an orbital is where an electrons is most likely to find.
Briefing:Electronic configuration-
2,6 (=8)
In the second shell, a total of 8 electrons can be allowed. There are two empty spots.
Hence it is not full.
(And the valency therefore is 2).
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Henry and Hanna decided to construct a plant cell. They used
a pan with tall walls to represent the cell wall and jello as the
Your answer
Answer:
? ??????????????????????????????????????????????
does catalase operate the same in all ph
What is the difference between B-cell lymphocytes and T-cell lymphocytes?
The difference between B-cell lymphocytes and T-cell lymphocytes is that B-cells originate from the bone marrow while the T-cells originate from the thymus.
What are lymphocytes?Lymphocytes are type of white blood cell with a spherical nucleus occurring in the lymphatic system. This include the following types of cells;
B cellsT cellsnatural killer cellsB-cells are lymphocytes developed in the bursa of birds and the bone marrow of other animals, that produces antibodies and is co-responsible for the immune system.
On the other hand, T-cells are lymphocytes from the thymus, that can recognise specific antigens and can activate or deactivate other immune cells.
Hence, it can be said that one of the differences between T and B cells of lymphocytes is their origin.
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1. Explain the relationship between surface area and absorption. Use an example of an organ to support your explanation.
Small intestine is the organ which has villi contains large surface area for absorption.
The small intestine has a tendency to be the region of finest absorption ability for most drugs due to its large surface region, the presence of both energetic and passive absorption mechanisms, and close to neutral pH.
But, about ninety five percent of nutrient molecules are absorbed inside the small intestine. The absorption of most people of these molecules takes area in the second a part of the small intestine, called the jejunum. Absorption refers to the movement of nutrients, water and electrolytes from the lumen of the small gut into the mobile, then into the blood.
The small intestine is right for absorption since it has a huge inner surface location. That is shaped due to the plicae circulates which undertaking many tiny finger-like systems of tissue called villi. The character epithelial cells also have finger-like projections, which can be referred to as referred to as microvilli.
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Having completed the experiment, you now see that temperature can affect an enzyme’s ability to catalyze a reaction. All enzymes are affected by temperature changes, and therefore all of them have an optimal temperature for productivity. In the box below, explain what the optimal temperatures of enzymes tell us about the living organisms that contain those enzymes. What conclusions could you draw about two different organisms that contain enzymes with two different optimal temperatures?
The conclusion we can draw about two different organisms that contain enzymes with two different optimal temperatures is they can exploit specific niches and therefore increase fitness in different conditions.
What is a niche?A niche refers to the specific conditions in which an organism can survive. Different species develop different niches in order to exploit their environment by developing adaptive features such as in this case enzymes that work to different temperatures.
Therefore, we can conclude that different species develop different adaptations to exploit specific niches and thus increase fitness in specific environmental conditions.
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Explain the process of Distillation and Fractional Distillation with labelled diagram
Fractional distillation is a process used to separate mixtures of miscible liquids whose boiling points differ by less than 25°C. The experimental setup is similar to the distillation setup, except for the fractionation column filled with glass beads.
The distillation diagram is shown below. First A chemical process that separates a mixture of two or more components with different boiling points. Second heat the mixture until one of the ingredients boils and turns to steam.
In fractional distillation, a mixture of liquids is boiled and the vapors produced travel through glass tubes called fractionation towers and are separated. A fractionation column is placed between the flask containing the mixture and the Y adapter to improve the separation between the liquids being distilled. A method of separating mixtures based on differences in volatility in boiling liquid mixtures.
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Use evidence from the diagrams of macromolecules and information provided earlier to revise your explanation about whether sugar molecules provide all the elements needed to make the four types of macromolecules.
All the elements that needed to make the four types of the macromolecules which cannot be gotten from only the sugar molecules.
Macromolecules are those biological molecules that are also essential for life. There are mainly four main types of these molecules and they have include: the Protein the Carbohydrates Lipids and the Nucleic acids. All the above mentioned macromolecules have the carbon, the hydrogen and the oxygen in their chemical structure with the exception of the nucleic acids and the proteins which contains the nitrogen as an the additional molecule. From the diagram that attached, the chemical structure of the sugar molecule which shows that it's made up of the carbon, oxygen and the hydrogen atoms only. Because there is no in the nitrogen in the sugar molecule, it cannot be provide all the elements needed to make the four types of the macromolecules.
This following question is incomplete the complete question is :
Use evidence from diagrams of the macromolecules and the information provided earlier to the revise your explanation about if sugar molecules which provide all the elements needed to make the four types of the macromolecules.
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The chart indicates the elements contained in four different molecules and the number of atoms of each element in those molecules. Which molecule can be classified as organic?
Captionless Image
A
B
C
D
Molecule A, Molecule B, and Molecule D are considered as the Organic molecule.
Organic Molecule- A complex molecule known as an organic is predominantly composed of carbon atoms joined to other atoms of the same element and/or additional carbon atoms. Each and every living creature on Earth is made up of organic molecules. Atoms that are bound together form molecules.
Atom- An atom is a very small unit of a chemical substance that could or could not be autonomous. The smallest unit of a compound is referred to as a molecule, which is a collection of atoms that a bond holds together. Chemical bonds are formed between two or more or different atoms.
The given question is not have the chart, find below the complete question along with the chart,
Q. The chart indicates the elements contained in four different molecules and the number of atoms of each element in those molecules. Which molecule can be classified as organic?
A. Molecule A
B. Molecule B
C. Molecule C
D. Molecule D
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interesting fact about circulatory system
Answer:
1.The only muscle that is always active and ceases only when we pass away is the heart.
2.An estimated 15 million blood cells are lost per second.
3.Every day, 200 billions of platelets, which are the disk-shaped pieces of blood cells, are created.
4.An infant's blood volume is only one liter, compared to an adult's normal 5–6 liters.
Explanation:
part ain muscle cells, fermentation produces .in muscle cells, fermentation produces .carbon dioxide, ethanol, and nad pyruvatecarbon dioxide, ethanol, nadh, and atplactate, nadh, and atplactate and nad
Fermentation produces lactate and NAD+ in muscle cells.
The process of producing ATP entirely through glycolysis in the absence of oxygen is known as fermentation. Due to less availability of oxygen, sometimes muscles opt for lactic acid fermentation.
Steps involved in lactic acid fermentation:
Glyceraldehyde 3-phosphate and then 3-Phosphoglyceric acid are the two products of the 6-carbon glucose molecule's decomposition.NADH+H+ is formed as a result of this process.Phosphoenol pyruvic acid is produced by the 3-Phosphoglyceric acid, which then results in Pyruvic acid.Glycolysis results in the formation of two net ATP molecules.With the assistance of the reducing agent NADH+H+, this Pyruvic acid is converted into Lactic acid, which then reoxidizes into NAD+.From two pyruvate/pyruvic acid molecules, this procedure produces two lactate/lactic acid molecules. The enzyme lactate dehydrogenase is required for this reaction to take place.Know more about Fermentation here: https://brainly.com/question/1599790
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I know paramecia are living things because they respond to their environment.
What are paramecia?A paramecium is a tiny one-celled (unicellular) living thing with the ability to move, eat, and reproduce.
They are a member of the kingdom of Protista, a collection (family) of related living microorganisms.
A microorganism refers to a very tiny live cell.
They are tiny, one-celled, and self-replicating protozoans.
Since most species are simple to grow in a lab, they make excellent model organisms and are suitable for biological research.
They usually have an oblong or slipper form and are covered in tiny hairy structures known as cilia.
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In the geologic past, volcanic eruptions have had an impact on the availability of resources. How can volcanic eruptions impact the availability of resources?.
Volcanic eruptions can impact the availability of resources by preventing sunlight from reaching producers.
Volcanic ash is responsible for blocking sunlight in the air. Volcanoes erupt with a powerfully destructive mixture of ash, lava, hot, toxic gases, and rock. Explosions from volcanoes have claimed lives. Volcanic eruptions can lead to significant health risks and impact the availability of resources.
Volcanoes produce a variety of land resources. In the west-central Pacific Ocean, on a small volcanic island called Micronesia. In addition to providing a place for people to reside, these volcanic islands have evolved into communication and shipping hubs.
Minerals, volcanic glass, and microscopic pieces of ragged rock make up volcanic ash. Explosive volcanic explosions produce ash. Volcanic ash plumes can cover a sizable portion of the sky, completely blocking out the sun and decreasing visibility. Thunder and lightning are frequently present along with these huge and ominous clouds.
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When solar radiation hits snow and ice, approximately 90% of it is reflected back out to space. As global warming
more snow and ice to melt each summer, the ocean and land that were underneath the ice are exposed at the Earth's
surface. Because they are darker in color, the ocean and land absorb more incoming solar radiation, and then release the
heat to the atmosphere. This causes more global warming. In this way, melting ice causes more warming and so more ice
melts. This is known as a feedback. According to a recent scientific study that used computer models to predict the
future of Arctic sea ice, there may be no more sea ice left in the Arctic Ocean during summer within the next few
decades.
If 1000 watts of energy per square meter hits an island covered in ice and snow, how much of it is reflected back into
space?
How would the amount of energy reflected back into space differ if all of that ice melted?
DED
90% of the solar light that strikes snow and ice is reflected back into space. Each summer, more snow and ice melt due to global warming, exposing the land and ocean that were previously covered by the ice.
Does ice reflect sunlight back into space?Large amounts of sunlight are reflected off the dazzling surface of sea ice and, more significantly, back into space. Temperatures closer to the poles stay chilly in comparison to the equator because this solar energy "bounces back" and is not absorbed into the ocean.Each summer, more snow and ice melt due to global warming, exposing the land and ocean that were previously covered by the ice. The ocean and land absorb more solar energy because of their darker colors, and they then dissipate the heat into the atmosphere. The result is increased global warming. In this way, as the climate warms more, more ice melts.To learn more about : Global warming
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the blood brain barrier is formed by the processes of myelinating oligodentrocytes, and prevents the movement of many hydrophilic molecules from the circulation into the brain.
Answer:
False
Explanation:
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Active transport move nutrients from areas of low concentration to areas of high concentration. True or false?
Answer:
True
Explanation:
They move it from low concentration to high concentration.
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What causes a supernova?
O force of a nebula
O force of a gravity
O energy of heat
O energy of a nebula
Many species of organisms are found only on islands. Lemurs are found only on Madagascar and koalas only on Australia. Which factor contributes MOST to this situation?
Responses
A small land areasmall land area
B limited food varietylimited food variety
C genetic isolationgenetic isolation
D fewer predatorsfewer predators
Answer:
c
Explanation:
genetic isolation occurs when there is no genetic exchange
In a human population, the population momentum effect is most likely to occur in cases in which a large percent of people in the population are in which age-group?.
Answer:
62s? Osvaldo
Explanation:
Osvaldo woods Osvaldo C300 allows crew gutsydurex
Define the following terms:
monomer
polymer
dehydration synthesis
hydrolysis
[Anatomy, Articulations Homework] The articular discs are commonly referred as "torn cartilage" in injuries, what is the more scientific name?
When a genome is modified for
medical or industrial use, it is
known as
A. genetic engineering
B. meiosis
C. electrophoresis
D. genome exchange
When a genome is modified for medical or industrial use it is known as genetic engineering .
What is genetic engineering and how the genome is modified?Genetic engineering is the process of manipulation of human gene or DNA in order to produce phenotypes of desirable amount.In the process first we isolate a DNA which is desired and then the process of combination with vector takes place.For selecting vector the number of vectors selected must be few as it could generate more fragments.The recombinant DNA is formed by the fusion of Vector and desired DNA in medical use.Then the process of cloning takes place and finally what takes place is called downstreaming process.In downstreaming process one purifies and finally release the product as final product of genome.To know more about genetic engineering visit:
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the appearance of bryophytes and eventually large forests of lycophytes in the paleozoic era (from around 500 million years ago to 250 million years ago)...
The appearance of bryophytes and eventually large forests of lycophytes in the Paleozoic era (from around 500 million years ago to 250 million years ago): (3) changed the environment in such a way that it favored seed plants from that point forward.
Bryophytes is the division of the kingdom plantae that comprises of the non-vascular land plants. These plants however do not have true leaves, stem or roots. The example of bryophytes include liverwort, mosses hornwort, etc.
Seed plants are the type of plants that produce the seed. These are also called the phanerogams. Seed plants can be of following two types: Gymnosperms and Angiosperms.
The question is incomplete, the complete question is:
The appearance of bryophytes and eventually large forests of lycophytes in the Paleozoic era (from around 500 million years ago to 250 million years ago):
allowed for the evolution of the first aerobic animals.led to a period of global warming and more humid conditions.changed the environment in such a way that it favored seed plants from that point forward. was the first time that oxygen was produced by biological organisms and released in the environment.To know more about seed plants, here
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All cells have a phospholipid bilayer as a cell membrane. Thinking about the variety of shapes and sizes of cells what can you conclude about the cell membrane?
Answer:
Phospholipid bilayers are critical components of cell membranes. The lipid bilayer acts as a barrier to the passage of molecules and ions into and out of the cell. However, an important function of the cell membrane is to allow selective passage of certain substances into and out of cells
Explanation:
The phospholipid bilayer is critical in maintaining the integrity of the cardiomyocyte, as it forms a permeability barrier that provides a physical interface between the inside and the outside of the myocyte. It also contains key enzymes and ion channels that regulate ionic gradients across the cell membranes.