What’s the correct answer answer asap for brainlist

Explanation:

There are three main types of carbohydrates:

Sugars. They are also called simple carbohydrates because they are in the most basic form. ...

Starches. They are complex carbohydrates, which are made of lots of simple sugars strung together. ...

Fiber. It is also a complex carbohydrate.

Hello, see below.

So, carbohydrates can be rich in certain foods such as rice or fruit. They are poor in fish or eggs. The list goes on. Here is where we found out the types and what exactly a carbohydrate (carb. for short) is.

One of the four macromolecules, a carbohydrate or sugar, is usually the nutrient found in the greatest concentrations in a balanced diet. Glucose is the smallest kind of carbohydrate. Monosaccharides, polysaccharides, and disaccharides are the three different forms of carbohydrates. Hydrogen bonds, commonly known as hydrolosis, are present in disaccharides and polysaccharides. The hydralase enzyme shatters their connections. It is specifically carbohydrase in the case of carbs. If you look for the pattern, you'll realize that the majority of enzyme names end in "-ase."

Monosaccharides (the ‘sweet’ sugar):

In Latin, the prefix "mono" denotes "one." They are also frequently referred to as "simple sugars" since they only contain one sugar molecule. Fructose and glucose, the sugars found in sweet foods like chocolate, are examples of monosaccharides (a sugar found in many fruits). Prior to exercise, monosaccharides, particularly glucose, are frequently thought to be advantageous for athletes or to "provide a burst of energy." This is because they are tiny, which means that once you drink them, they rush to the circulation and are quickly absorbed by the body without having to be broken down first. Due to their high glucose content, most energy drinks and sports beverages.

Disaccharides:

Di is a prefix that denotes two. This is due to the fact that they have two sugar molecules joined together by hydrogen and can be converted by the enzyme hydralase, more precisely a carbohydrase, into lone monosaccharides. Examples of disaccharides include lactose, which is the sugar present in milk and is metabolized by lactase, sucrose, which is mostly found in plant stems like sugarcane and is metabolized by sucrase, and maltose (broken down by maltase, a sugar found in wheat and cornmeal).

Polysaccharides:

'Poly' is a prefix that meaning numerous. This is due to the fact that they contain more than two sugar molecules that are also hydrogen-bonded, which allows the hydralase enzymes, in particular carbohydrase and even more precisely, AMYLASE, to break them down into disaccharides and eventually monosaccharides. They are sometimes called "complex sugars." Starch, an unsweetened sugar found in savory meals like bread, pasta, and rice, is an example of a polysaccharide. It's the sugar created and stored during photosynthesis, and it's frequently found in foods related to plants, including cellulose (the sugar used to build a plant's cell wall and keep it strong) and glycogen (the equivalent of starch in humans). Instead of storing starch, we store glycogen in our liver and muscles).

Because they play a part in supplying energy, carbohydrates are an essential ingredient for a balanced diet. Despite having a larger energy content than carbs, the body gets the majority of its energy from carbohydrates since they are simpler to digest. In a balanced diet, fats should be present in moderation since they are typically stored rather than used as a source of energy. The body uses fat for relatively little energy and only starts to burn fat as a source of energy when there isn't enough carbohydrate available to do so. In addition, carbohydrates are the only fuel source used by the body while it is in a normal state.

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Eddie

Nucleus division and cytokinesis take place twice, first in meiosis I and again in meiosis II.

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The way that the respiratory and circulatory systems change throughout the day is that they work  together to supply the body with oxygen, the respiratory system collaborates directly with the circulatory system to do the above.

Poor food and lifestyle choices might make it harder for the respiratory system to work well. For instance, smoking can harm the tissues and cells in the lungs, which can make it exceedingly challenging for the lungs to release carbon dioxide and deliver oxygen to the body.

Note that in the process of their collaboration during the day, Inhaled oxygen travels into blood vessels where it is subsequently circulated to tissues and cells through the body's circulatory system.

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Answer:

Explanation:

1. Duct type of structure conveys bile from the liver to the gallbladder.

2. When amino acids are deaminated, the immediate products are ammonia and often a keto acid.

The answers about eukaryotes and multicellular organisms are as follows:

Eukaryotes are organisms that have a membrane-bound nucleus as well as other cellular organelles.

Multicellular organisms are organisms that have many cells.

The cells are specialized and perform specific functions for the organism.

Multicellular organisms may be organized into tissues, organs, as well as organ systems.

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A phenotype where only a single allele is sufficient for expression.

​

Polygenic traits are traits that are influenced by more than one gene such as height or skin color. Because multiple genes are involved, polygenic traits do not follow Mendelian inheritance patterns. A pleiotropic gene is a single gene that controls multiple traits. While studying the genetics of peas.

Gregor Mendel made an interesting observation regarding the colors of different parts of plants. Pleiotropy occurs when a gene affects two or more seemingly unrelated phenotypic traits. Genes that exhibit such multiple phenotypic expressions are called pleiotropic genes. The causative variant of the phenotype requires that two copies appear in an individual.

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Answer: Heat is due to the motion of molecules.

Explanation: Took a quiz about this awhile back lol

The Carrie is doing is functional fixedness.

Compassionate touch includes holding the patient's hand, massaging the patient's back, gently repositioning the patient, or engaging in conversation to improve the patient's comfort and safety, self-esteem, trust in the caregiver, and mental health. means to improve physical health. Get training from OSHA to understand how to use the MSDS.

In a caring relationship, the patient and caregiver get to know each other and both move toward a healing relationship. According to Swanson's theory, it best describes knowledge. Swanson's theory explains that knowledge is the effort made to understand an event. Select and personalize interventions that actually help patients. Nurses should try to understand relevant events in the patient's life.

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She carries the gene for color blindness, which makes choice (A) the right one.

The mother of this family tree is a carrier of color blindness, which is the accurate statement about her.

Having color blindness prevents you from seeing colors normally. Another term for it is color deficiency.

A person with this ailment is unable to discern between various hues.

Greens and reds are the most typical colors, but blues can also be affected.

Only males are affected by this disorder, but since females are also carriers of the recessive gene, they can pass the gene on to the next generation.

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Answer:

You might have heard people talk about Einstein’s speed of light, and that it’s always the same. The part that most people leave out is that this is only true in a vacuum—when there’s no pesky molecules of air or water to slow it down. But when light moves through a more familiar medium like air, it moves more slowly due to the interactions of individual photons with the molecules in the material. In general, the more optically dense the medium, the slower the light will move. So what happens to the light when it goes from one medium to another?

Light changes speed

Imagine that you and your friends are at the beach. You all decide to swim together, so you link arms and approach the water as a straight line. As you start walking into the water, you all slow down, because it’s harder to walk through water than through air. So imagine that you approach the water at an angle relative to the shoreline. The person on the end will meet the water and slow down first, then the next person in line, then the next, until everyone is walking through the water. Because one end of the line slowed down before the other end, the line of people becomes crooked, with the people who are still on the beach at a different angle relative to the water’s edge than the people who have already entered the ocean.

Beach example diagram

You can say that the water bends the path of of each individual toward a normal line drawn perpendicularly to the shoreline, since the people still on the shore are bent further away from the shoreline than those in the water.

The same thing happens to a light ray when it moves from air to water, or from any fast medium to a slow medium: it bends toward the normal.

Light ray bending to normal diagram

Least time principle

Another way to think of this is to imagine you and your friend are racing out to a raft in the middle of a lake. You have to travel across a beach and then through the water.

Beach and raft example diagram

Your friend decides to make a beeline for the raft and runs down the beach. You know that you can run faster than you can swim, so you head toward the water at an angle so that you run for longer than you will swim.

Beach and raft example diagram with paths overlay

Sure enough, your strategy pays off, and you get to the raft first. Your friend took the shortest path in terms of distance, but you took into account the difference in speed in each medium, and took the shortest path in terms of time. That means you took the path of least time.

Light does exactly that when moving between mediums. It takes the path that will take the shortest amount of time, when you account for the difference in speed between the mediums.

For example, imagine you are looking out the window. You have air, glass, and then air again. Glass is denser than air, so the light from outside passes from a fast medium, through a slow medium and into a fast medium again. The light will take the path from outside to your eye that spends the least time

Light diffraction through glass diagram

You can also see that the rule from earlier still applies: when the light enters the glass the ray is bent towards the normal. When it leaves the glass, it is bent away from the normal, and regains the same angle as before it entered the glass.

Light diffraction through glass diagram with overlay

Consider the following

Say you’re at the aquarium, and there’s a tank that’s totally full of water, so there’s glass over the top and sides. If you stand back a little, you can see the same stingray through the top of the tank and the wall of the tank.

Aquarium refraction diagram

Because you see the light coming through the glass at two different points, you see two images of the same stingray.

Answer:

it tells you that the age of the fossils of the land animals is the same as the date the volcano erupted.

Explanation:

It is possible to observe the night sky without any special equipment, while a sky chart and a good telescope or pair of binoculars can enhance some observations and make some otherwise invisible objects visible.

The Milky Way, our galaxy, is made up of the stars we see at night in a dark sky. The Sun is one of the many stars that make up the Milky Way. The Sun isn't extremely brilliant compared to other stars, but because of how near it is to Earth, it appears incredibly bright to us.

You can see your stars in one of three ways. One can observe the stars with their eyes, binoculars, or telescopes.

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Answer:

The independent variable belongs on the x-axis (horizontal line) of the graph and the dependent variable belongs on the y-axis (vertical line). The x and y axes cross at a point referred to as the origin, where the coordinates are (0,0)

Explanation:

when one changes so does the other

Active transport always involves the utilization of cellular energy, whereas passive transport does not requires cellular energy.

Active transport moves molecules and ions from lower concentration to higher concentration with the help of energy in the form of ATP. On the other hand, passive transport moves molecules and ions from a higher concentration to lower concentration without any energy.

Passive mechanisms like diffusion use no energy, while active transport requires energy to get done. key differences also include Passive transport moves molecules with the concentration gradient (high to low), while active transport moves molecules against the concentration gradient (Low to High).

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In an experiment where Guinea pigs are kept at different temperatures and percent weight gain is recorded the dependent variable is the percent weight gain, while the independent variable is the temperature.

The independent variable (in this case temperature) is the variable that does not change along with other variables in the experimental conditions, while the dependent variable is modified by the independent variable.

Therefore, we can conclude that the independent variable is one that causes a change in the dependent variable, it is a cause vs effect relationship. Moreover, the control variable stays the same throughout the experiment (in this case, the time of 6 weeks).

Complete question:

Identify the independent variable and dependent variable in the following problem: Guinea pigs are kept in different temperatures for 6 weeks and percent weight gain is recorded.

Identify the Independent Variable (IV), Dependent Variable (DV), and Control Variable (CV).

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Answer: Find the answer in the problem

Explanation: ∠1 and ∠2 are complementary, and m∠2 = 32 . Find m∠1. m∠1 + 32 = 90 Substitute 32 for m∠2. m∠1 = 58 Subtract 32 from each side.

Answer:

I do believe the answer i true im lerning this currently so i do think this is true

Explanation:

Answer:

For me I personally really enjoy eating lemons and limes.

Explanation:

Answer:

Should be Photosynthesis

Explanation:

prove me wrong

From youngest to oldest: Conglomerate, Breccia, Shale, Dolostone.

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Governments provide the legal and social framework, maintain competition, provide public goods and services redistribute income, correct for externalities and stabilize the economy.

Answer:

The scapula is a crucial bone for the shoulder joint's proper operation. It engages in six different motions, including protraction, retraction, elevation, depression, upward rotation, and downward rotation, enabling full-functional movement of the upper extremities.

The scapula is a crucial bone for the shoulder joint's proper operation. It engages in six different motions, including protraction, elevation, retraction, depression, upward rotation, and downward rotation, all of which enable full-functional movement of the upper extremities.

A triangular bone called the scapula, sometimes referred to as the shoulder blade, connects the clavicle and the humerus. This bone is situated behind. The stability of the other bones involved in the rhythm of shoulder motion is greatly aided by the scapula.

The scapula covers the posterior upper chest, including the underlying nerves and blood arteries, in addition to supporting the other bones involved in rotating the shoulder.

These are a few potential reasons of scapula pain: damage to the bones supporting the scapula or to the shoulder joint. slinging strapped luggage over the shoulder. repetitive arm actions, such as swimming, throwing, and racquet sports.

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True  his hypothesis, Jake should use the same of amount of water and aspirin for each of the plants in the experimental group.

Biology is the study of living organisms, both extant and hypothetical. Because information in other animals' genetic make-up may contain information about our own, it is crucial to research it. Since an amoeba has just one cell, it is an organism.

When two atoms exchange or contribute their electrons, an ionic connection is created. Atoms can be attracted to one another by van der Waals forces. The electrons are always drawn to both atoms in an ionic connection equally. The process by which atoms or groups of atoms in the compounds are restructured into new substances is known as a chemical reaction.

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Answer: Urban sprawls are unsustainable.

Explanation: Urban environmental sustainability encourages the revitalization and transition of urban areas and cities to improve liveability, promote innovation and reduce environmental impacts while maximizing economic and social co-benefits. Urban systems are inherently complex. Urban sprawl has significant environmental, economic and social consequences. It leads to higher emissions from road transport and loss of open space and environmental amenities.

Answer: No

Explanation:

Urban sprawl is the expansion that refers to a complex pattern of land use, transportation, and social and economic development usually as a direct effect of population growth on a national level. Urban sprawl is not sustainable for the environment because it creates an increase in water and car usage increasing air pollution, and creates a loss of agriculture capacity of the land. This increase in air pollution and loss of agriculture and woodlands leaves no plants able to create oxygen to sustain a thriving ecosystem. While some may argue that Urban sprawl helps create a better economy, better employment, and better living conditions, in terms of Biology, Urban sprawl is a leading cause of the destruction of our ecosystems.

They climb over other plants to reach sunlight without wasting energy on growing their own self-supporting shoots common convolvulus are climbing and scrambling weeds with large white or blue.

Plants are incredibly important to the world and to all other living things. The oxygen that plants produce from their leaves following absorbing carbon dioxide is what humans and other animals need to breathe. All living things must eat plants in order to survive. Plants can also purify water. They provide a variety of things for the benefit of humanity, including food that we eat, air to breathe, clothing to wrap our bodies, timber, medicine, shelter, and many other things.

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Answer:

capillaries

Explanation:

These are thin web connected vessels across the body

The surface area to volume ratio of the cubes is given below:

The surface area to volume ratio of the cubes is calculated from the respective formulas for surface area and volume of cubes as follows:

The surface area of a cube = 6 * s²

The volume of a cube = s³

where s is the length of a side or edge of a cube

Cube 1:

Surface area = 6 * 1² = 6 cm²

Volume = 1³ = 1 cm³

Surface area to volume ratio = 6 / 1 = 6

Cube 2:

Surface area = 6 * 2² = 24 cm²

Volume = 2³ = 8 cm³

Surface area to volume ratio = 24 / 8 = 3

Cube 3:

Surface area = 6 * 3² = 54 cm²

Volume = 3³ = 27 cm³

Surface area to volume ratio = 54 / 27 = 2

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