The blank system eventually empties into the blank system via A duct near the heart so that chylomicrons can circulate to all body tissues

Answer:

When a star expands, the surface of the star becomes cooler as well as redder. Hence, forming the red giant.

Explanation:

If all the hydrogen which is present in a star gets fused into helium then an increase in the core temperature can be seen along with the core contractions. As a result of these core pressures and the core temperatures, the helium gets fused into carbon through a process known as the triple alpha process. As a result, the star begins to expand whereas its surface becomes cooler and redder which leads to the formation of red giant.

Answer:The relative polarity of two molecules directly relates to their solubility. In general, solutions involve molecules of similar polarity. Therefore, oil is insoluble in water. In fact, oil is said to be hydrophobic, or "water-hating."

The statement 'Irrigation at night using recycled water and drip sprinkler irrigation are ways not to conserve water' is b. false.

Both irrigation at night using recycled water and drip sprinkler irrigation are methods that conserve water.

Drip irrigation is a highly efficient method of delivering water directly to the crop roots, hence minimizing water wastage through evaporation and runoff.

This practice is extensively used in places like Israel, which are known for their advanced water conservation techniques. Recycled water, often referred to as grey water, is treated wastewater that can be reused for agricultural purposes.

Irrigating at night significantly reduces the amount of water lost to evaporation compared to daytime irrigation. As a result, more water reaches the plants, further enhancing efficiency.

Complete question:

Irrigation at night, using recycled water, and drip sprinkler irrigation are ways not to conserve water

Please select the best answer from the choices provided

a. T

b. F

The probability of the chance for getting the Down's syndrome is high as the maternal age increases because of the age related discomfort abilities.

When problem arises in the cell division of the chromosome number 21, it leads to a syndrome called as Down's syndrome. If both partners involved in reproduction process are healthy and fit, the zygote formation happens in a positive manner.

As per the condition given, if the maternal age increases, the possibility for the fetus to get affected with Down's syndrome because as the age increases, the body related activity starts to reduce. The chance for an elder woman to conceive a kid with Down's disorder increment with age on the grounds that more aged eggs have a more serious danger of inappropriate chromosome division.  

Answer:

The answer to your question is deposition

Explanation:

In the picture we can see that molecules are moving fast and after a process they move slower, they change from a gas to a solid state.

a) condensation this answer is wrong because condensation is transformation of vapor into gas and does not happen in this picture.

b) deposition this is the correct answer

c) evaporation matter changes from liquid to gas, then this answer is wrong.

d) sublimation matter changes from solid to gas in the picture happens the opposite.

Deposition physical change is represented by the diagram below. Hence the correct option is b.

The diagram illustrates a scenario where 200 g of water is poured into a beaker, and the choice of deposition aligns with the process depicted. Deposition is the transformation of a substance from a gas directly to a solid without passing through the liquid phase. In this context, as the water vapor is poured into the beaker, it undergoes deposition and changes directly into a solid state, forming ice in the beaker. This interpretation is consistent with the physical change described in the diagram, where the water undergoes a phase transition without first becoming a liquid.

This scenario contrasts with more common phase changes, such as evaporation or condensation, where a substance transitions between the liquid and gas phases. Deposition skips the liquid phase altogether, and the water vapor converts directly into solid ice particles. This portrayal in the diagram captures a distinctive aspect of phase transitions, highlighting the diversity of physical changes that can occur in different conditions and contexts. The comprehension of deposition in this scenario adds depth to our understanding of the intricacies of phase changes and the versatile behaviors of matter. Hence the correct option is b.

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Answer:

The species attracted new predators

Explanation:

Explanation:

The independent variable is the variable in the experiment that is deliberately changed.

1. The independent variable is the use of a calculator- Some used calculators, others didn't. This variable will affect the results. For example, it would be expected that the students who used calculators would perform better.

2.The independent variable is the age of the students.

3.The independent variable is the use of vocabulary flash cards.

Answer: protons

Explanation:

Changing the number of protons would change it into an atom of a different element.

Hello! Your answer is protons.

There are three main parts of any atom. The proton, neutron, and electron. The proton and neutron form the center of the atom, or the nucleus, while the electrons float around them.

The protons determine the element. The number of protons is the atom's atomic number. For example, if there were 6 protons, the element would be the one with an atomic number of 6, or carbon. If there was just one, it would be hydrogen as that has an atomic number of 1.

When you change the number of neutrons, you get isotopes. This changes the atomic mass, as neutrons' main impact is mass. This also can mainly change stability. When you change the number of electrons, you change the charge of an atom. Electrons' main purpose is to bond + charge the atom. Electrons don't weigh much, they barely weigh anything. They instead give a negative charge to an atom (while the proton gives a positive)

Hope this helps!

Mechanical waves waves need to interact with particles of either a solid, liquid, or gas to travel.

Explanation:

In the world, the dispersal of energy is under the control of two important waves called electromagnetic waves and mechanical waves. Waves in water and sound waves in air are two instances of mechanical waves. Mechanical waves are brought about by an unsettling influence or vibration in particles of either a solid, liquid, or gas to travel.

Water waves are formed by vibrations in a fluid and sound waves are shaped by vibrations in a gas (air). These mechanical waves travel through a medium by making the atoms to interact with one another.

I'm pretty sure it's Sound waves.

Explanation: I know this is most likely for a DBA and for science notes.

Final answer:

The joining of monosaccharides to form disaccharides is called dehydration synthesis because it involves the removal of a water molecule as a new glycosidic bond forms between the sugar molecules.

Explanation:

Chemists refer to the joining of monosaccharides molecules to form disaccharides as "dehydration synthesis" or a "condensation reaction" because during this process, a molecule of water (H₂O) is released. This happens when the hydroxyl group (-OH) of one monosaccharide combines with the hydrogen atom (H) of another, resulting in the formation of a covalent bond known as a glycosidic bond or glycosidic linkage. These bonds can be alpha or beta type, which differ in the orientation of the OH group on the first glucose's carbon-1, affecting the shape and properties of the resulting disaccharide. This reaction is also known as a condensation reaction because it involves the synthesis of a larger molecule from smaller subunits.

Final answer:

A dehydration synthesis or condensation reaction is how chemists describe the formation of disaccharides from monosaccharides, where water is eliminated, and a glycosidic bond is formed.

Explanation:

Chemists refer to the joining of monosaccharides to form disaccharides as a dehydration synthesis or condensation reaction because this process involves the removal of water (H₂O). During this reaction, the hydroxyl (OH) group from one monosaccharide combines with a hydrogen (H) from another monosaccharide, which results in the release of a water molecule and the formation of a covalent bond known as a glycosidic bond. Glycosidic bonds, essential in the structure of disaccharides, can be either alpha or beta, determining the molecule's shape and properties. For instance, the disaccharide lactose is formed from the monosaccharides glucose and galactose, while sucrose is formed from glucose and fructose.

Answer:

1. The cells of eucaryotes are characterized by the presence of a nucleus and membrane-bound organelles. Bacteria, on the other hand, do not possess a nucleus or membrane-bound organelles.

2. As bacterial cell walls are made of peptidoglycan (protein and sugars), and archaeal cell walls are composed of polysaccharides (sugars). I would add a lysis solution that separates the cell wall and integral molecules. Then, I could use High-performance liquid chromatography to quantify the chemical composition differences of both walls.

Explanation:

1. The cells of eucaryotes are characterized by the presence of a nucleus and membrane-bound organelles. Bacteria, on the other hand, do not possess a nucleus or membrane-bound organelles.

2. Both archaea and bacterial cells lack membrane-bound organelles and nucleus, but they both possess a cell wall. Therefore, if I realize that the cell is definitely a prokaryote and not a eukaryote, then, to determine if it is from an archaeon or bacterium, I would analyze the integrity of their cell walls as bacterial cell walls are made of peptidoglycan (protein and sugars), whereas archaeal cell walls are composed of polysaccharides (sugars).

I could add a lysis solution that separates the cell wall and integral molecules. Then, I could use High-performance liquid chromatography to quantify the chemical composition differences of both walls.

Also, the majority of archaea cannot be cultured within the laboratory setting. So that could also work as another method, except it wouldn't be as reliable as the others.

Answer:

Step 1: weathering of pre-existing rocks Step 2:  Transport the weathering rocks Step 3: Desposition of the rocks Step 4: Compaction Step 5: Cementation for the sediment to form a rock.

Explanation:

Answer:

For sediments to be converted into rocks, initially a rock body or a source rock must be weathered as a result of which these broken materials are produced. This broken rock fragments are then transported from one place to another by the agents such as wind, water and ice. This materials are deposited at a different place where they are subjected to compaction and lithification, resulting in the formation of a clastic sedimentary rock.

The word 'clastic' refers to the broken rock fragments.

For example, shale, sandstone, conglomerate and breccia.

Answer:

About 3.8 billion years ago, the water condensed into rain which filled the basins that are now our oceans. According to this theory, the ocean formed from the escape of water vapor and other gases from the molten rocks of the Earth to the atmosphere surrounding the cooling planet.

The incorrect statement about what a geneticist does is A) performs experiments on pea plants to determine how self- and cross-pollination occur, as this describes Gregor Mendel's historical work, not a typical activity of modern geneticists.

The statement that does not explain what a geneticist does is: A) performs experiments on pea plants to determine how self- and cross-pollination occur. This task was specifically performed by Gregor Mendel in the 19th century and forms the historical basis of the field of genetics. Modern geneticists conduct a wide range of activities that include studying familial histories for genetic disorders, identifying new genetic disorders, and researching how traits are inherited, but they do not typically engage in mendelian pea plant experiments as a primary activity.

Geneticists specialize in the study of heredity and the variation of inherited characteristics. They conduct experiments and investigations that may build upon Mendel's principles, but do not often replicate his historic pea plant experiments unless for educational purposes. Instead, their work tends to utilize advanced techniques and technologies to understand complex genetic interactions and their implications on health and disease.

Answer:

The two proteins may have exactly the same numbers and types of amino acids but the sequence of the amino acids along their polypeptide chain may be different and that is reason enough for them to have different shapes. Amino acids side groups differ in polarity, charges, shape, and size and will determine how the polypeptide folds at local regions within the protein - based on interactions with other local regions within the same chain - or with another chain of a tertiary protein. This is due to the fact that the interactions between amino acid side groups of a polypeptide influence, for example, the number and positions of hydrogen and disulfide bonds within the protein.

Final answer:

The difference in shape between two proteins with identical amino acid types can be attributed to the sequence of the amino acids. This sequence determines the three-dimensional structure, thus affecting the protein's function as shape is closely linked to function.

Explanation:

The two proteins with the same numbers and types of amino acids but different shapes can be explained by the concept that the sequence of amino acids determines a protein's final shape. Proteins fold into complex three-dimensional structures as a result of the interactions between their constituent amino acids. This principle is fundamental in understanding that even though two proteins may have the same types of amino acids, the order in which these amino acids are linked – their sequence – dictates how the protein folds and what shape it ultimately assumes. It's also worth noting that even a single change in amino acid sequence can result in a significantly different folding pattern, leading to a different protein shape and thus different function. Shape determines function; therefore, proteins with different shapes will have different functions, even if they're made from the same set of amino acids.

Answer:

the golgi apparatus

Explanation:

Answer:

its  answer A

Explanation:

A fatty acid molecule is a long chain of hydrocarbons with a carboxyl group. They can be saturated (single bonds only, 'saturated' with hydrogen) or unsaturated (contains at least one double bond). These fatty acids form a key part of fat molecules like triglycerides, bonding with glycerol through an ester bond.

A fatty acid molecule is best represented as a molecule that consists of a long chain of hydrocarbons to which a carboxyl group is attached. This long hydrocarbon chain ranges from 4-36 carbons, with 12-18 carbons being the most common. The fatty acid is hydrophobic due to its long hydrocarbon chain. There are two types of fatty acids, saturated fatty acids that contain only single bonds and have the greatest number of hydrogen atoms possible, making them 'saturated' with hydrogen; and unsaturated fatty acids that have at least one double bond and therefore fewer hydrogen atoms.

Fatty acids are a crucial part of a fat molecule, such as a triglyceride, which additionally consists of glycerol. Here, the fatty acids are bonded to the glycerol molecule's carbons via an ester bond through an oxygen atom, releasing three water molecules during this bond formation.

A common example of a fatty acid is palmitic acid, a saturated fatty acid derived from the palm tree. Another example is alpha-linolenic acid which is an omega-3 fatty acid that possesses three cis double bonds and a curved shape.

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Answer:

Natural resource professional are those individuals who involves themselves in the career of natural resources. They ensure to grow as much crop as possible and make it available to the people.

They not only involve themselves in producing agricultural goods but also ensure to look after and conserve and protect the water bodies, soil, wildlife, forests etc.

They can also work in conserving the natural resources available. They help in managing and policy development for the sustainable use of resources so that it is available to future generations.

Answer: environmental scientist

Explanation:

Answer:

Fewer resources

Explanation:

With fewer resources, there won't be many competitions with a species population increasing. And not only that but without any resources, there won't be any "competitors" left to compete.

Competition among species is defined as the rivalry for the shortcoming of resources like food, shelter, and water. The competition among species can be reduced by fewer resources.

The correct answer is:

Option C. fewer resources

Competition is defined as the rivalry among the organisms belonging to different ecological niches for resources.

The species when competing for the limiting resource will cause the overlapping of the ecological niche. This will lead to evolutionary changes in the organisms.

The selection of better-suited organisms to the environment will have a higher chance of survival and adapt to utilize the resources left available.

With fewer resources, the competition among species decreases as there won't be competitors available.

Therefore, option C is correct.

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Answer:

Krypton is a noble gas, so it was difficult for chemists to find it, as though it was a secret

Explanation:

Krypton  is a noble gas and this demand it has full orbital electron shells (2.8.18.8 or [Ar].3d¹⁰.4s².4p⁶). They, therefore, do not have an affinity for gaining or losing an electron hence rarely react with other elements. They were therefore hard to discover by early chemists because there were no known compounds of this gas and other noble gases. This is why the name ‘hidden’.

Answer:

Explanation:

on edgenuty its c

It is synthesized in the 5' to 3' direction.

Answer:

D. It contains Okazaki fragments.

Explanation:

DNA polymerase only synthesizes a new DNA strand in the 5 ’→ 3’ direction. On the one hand, the new tape can be made continuously, from the outside to the inside (from the open end to the bottom of the fork), on the other side the synthesis must be done from the inside to the outside. That is why the tape made in this way is called discontinuous tape or lagging atrand.

This lagging strand is initially formed by fragments of DNA, known as Okazaki fragments. Every time a sufficiently long stretch of single stranded DNA is available, the synthesis of a new Okazaki fragment begins, from the inside of the fork to the outside.

Answer:

The demand of natural researchers and specialist would elevate on account of the need to screen the quality of the environment, to examine the effect of human activities on land and water ecosystems, and to create techniques for reestablishing environments.

Explanation:

What's more, natural researchers will be expected to enable planners to create and develop buildings, transportation halls, and utilities that ensure water assets and reflect productive and gainful land use.

There will be extra interest for new ecological researchers to supplant the individuals who resign, advance to the executive positions, or change professions.

Answer: a.argon ,d.water vapor, e.carbon dioxide .........on edge:)

Explanation:

certain hydrogen bonds are formed so that A goes with T and G with C

Answer:

Carbon is the basic compound for making of molecules in biological systems. IN growth medium, carbon sources are added to provide energy.

Explanation:

Without carbon, there would be no life on earth. Carbon molecules have the ability to form bonds that are stable with  a vast number of molecules. It can also form bonds with itself. The proteins, amino acids, DNA, RNA, lipids all contain carbon molecules. Hence, it serves as the basic compound for making molecules of life.

In the growth culture media, Carbon is added in the form of carbohydrates like glucose or glutamine as it provides main source of energy.

Carbon is a necessary component of all life on Earth. Carbon intake and outflow are a part of every plant and animal life, whether they take in carbon to help build food or release carbon as part of respiration. Carbon is always moving from one location to another.

Thus, it acts as the building block for life's molecules. Carbon is given to the growth culture media in the form of carbohydrates such as glucose or glutamine because it is the primary source of energy and plays a major role in the biological system.

Answer: Option D

Explanation:

If there is a certain idea regarding any process which can be improved then the thought to improve it should be first shared with the boss of the company.

Firstly, the person sharing the thought should himself be sure about the thought that he is going to present in front of the boss.

The thought regarding the improvement of the software process should be first written in an organized way and presented to the boss.

Answer:

D

Explanation:

just because

Answer:

It changes into ice

Explanation:

It depends on how much heat it is, if it loses a lot of heat then the water will freeze and the molecules will bunch together to form a solid so it will change into ice hope this was helpful!

Answer:

Energy cannot be destroyed or created, it is instead transferred.

"Conservation of energy" refers to the fact that energy can neither be created nor destroyed.

The principle of conservation of energy is present in Newton's first law and refers to the fact that energy, as a generalized concept, cannot be completely depleted, cannot be created from anything, but is in a constant process of renewal and transformation.

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