Emotional responses and memories are linked in which part of the brain? A. amygdala B. cerebellum C. cerebrum D. pons

Metabolism: catabolic or anabolic reactions. ATP: energy molecule used by cells for various processes.

Digestion is the amount of all responses happening in a life form. These responses can be depicted as catabolic (separating complex atoms into more straightforward ones) or anabolic (building complex particles from easier ones).

Motor energy alludes to the energy of movement, while potential energy is put away energy that can possibly be changed over into different types of energy. Substance energy is a sort of potential energy put away in the obligations of particles. It is delivered or ingested during synthetic responses. Compound energy is a type of expected energy.

The two laws of thermodynamics are:

1. The Primary Law of Thermodynamics, otherwise called the Law of Preservation of Energy, expresses that energy can't be made or obliterated in a separated framework, however it tends to be changed over starting with one structure then onto the next.

2. The Second Law of Thermodynamics expresses that in any energy move or change, the all out entropy (jumble) of a disengaged framework generally increments. Entropy is a proportion of the irregularity or confusion of a framework.

Energy courses through an environment in a unidirectional way. Daylight is caught by plants during photosynthesis, changing over it into substance energy. This energy then moves through the established pecking order as life forms consume and are consumed by others.

Entropy is a proportion of the problem or irregularity in a framework. It will in general increment over the long run in a secluded framework except if energy is contribution to diminish it.

An exergonic response discharges energy, while an endergonic response requires energy contribution to continue. ATP (adenosine triphosphate) is our cells' energy particle.

It represents adenosine triphosphate. ATP is the standard energy particle since it can undoubtedly give and move energy to drive cell processes.

ATP isn't totally separated when it is utilized. It is hydrolyzed to ADP (adenosine diphosphate) and inorganic phosphate, delivering energy that can be utilized by the phone.

Cells use ATP for different cycles, like muscle compression, dynamic vehicle, DNA amalgamation, and protein combination. Catalysts bring down the enactment energy expected for a response, working with and accelerating synthetic responses in the phone.

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Answer:

A

Explanation:

The answer is A. sometimes that stuff happens

Answer:

a

Explanation:

I think because it might happen

The Mesozoic era should be the correct answer

Answer:

the answer should b cenozoic

Answer:

i dont know how to explain but i think its question 3 i might be wrong

Explanation:

Answer:

It is pertinent to understand what hypertonic, hypotonic, and isotonic solution means before setting out to explain how a cell reaches equilibrium in each type of solution.

A hypertonic solution is one whose solute concentration is higher than that of the sap of a cell that is immersed in it.

A hypotonic solution is one with the same solute concentration as that of the sap of the cell immersed in it.

An isotonic solution has a lower solute concentration than that of the sap of the cell immersed in it.

In biological systems, water molecules move by osmosis from the region of higher water potential or lower concentration of solutes to the region of lower water potential or higher concentration of solute. An equilibrium is reached when there is no net movement of water between two sides. Hence;

A cell placed in a hypertonic solution will lose water to the surrounding solution until an equilibrium is reached. This means that such a cell will end up shrinking (wilting) or even dying due to loss of water from the cell sap.

A cell placed in a hypotonic solution will gain water from the surrounding solution until there is no net movement of water anymore. Such a cell might become turgid or even burst out its cell content.

A cell placed in an isotonic solution will neither gain nor lose water because the cell sap and the surrounding solution have equal solute concentrations.

Explanation:

A cell reaches equilibrium in a hypertonic solution by losing water, in a hypotonic solution by gaining water, and in an isotonic solution by neither losing nor gaining water.

A hypertonic solution is a solution that has a higher solute concentration than the cell. This means that water will move out of the cell by osmosis, in an attempt to equalize the solute concentration. This can cause the cell to shrink.

A hypotonic solution is a solution that has a lower solute concentration than the cell. This means that water will move into the cell by osmosis, in an attempt to equalize the solute concentration. This can cause the cell to swell.

An isotonic solution is a solution that has the same solute concentration as the cell. This means that there is no net movement of water into or out of the cell.

The way a cell reaches equilibrium in a hypertonic, hypotonic, or isotonic solution depends on the cell's membrane. The cell membrane is a selectively permeable membrane, which means that it allows some substances to pass through it more easily than others.

In a hypertonic solution, the cell membrane will allow water to pass through it more easily than solutes. This means that water will move out of the cell by osmosis, until the solute concentration inside and outside the cell is equal.

In a hypotonic solution, the cell membrane will allow solutes to pass through it more easily than water. This means that solutes will move into the cell by osmosis, until the solute concentration inside and outside the cell is equal.

In an isotonic solution, the cell membrane will allow both water and solutes to pass through it equally easily. This means that there is no net movement of water or solutes into or out of the cell.

The ability of a cell to reach equilibrium in different types of solutions is essential for its survival. If a cell is unable to reach equilibrium, it can either shrink or swell, which can damage or even kill the cell.

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The two alleles in a gene pair are inherited, one from each parent. Alleles interact with each other in different ways. These are called inheritance patterns.

Each gamete will receive one copy of each chromosome and one allele for each gene. When individual chromosomes are arranged into gametes, the alleles of the different genes they carry mix and match with each other. Genes carry the information that determines your traits (let's say: traits), which are traits or characteristics that are passed on to you, or inherited, from your parents. Each cell in the human body contains between 25,000 and 35,000 genes. When you get your genes from your parents, you get them in pairs: one copy of each gene (ie, one allele) from each parent. If your parents pass the same allele to you, you are homozygous for that trait. Another example is flower color, which is often determined by alleles.

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Answer:

I believe it's C

Explanation:

Photosynthesis is when energy, carbon dioxide and water react to produce glucose and oxygen. It is an endothermic reaction (takes in more energy than it gives off).

glucose

+

oxygen

(+ energy)

→

carbon dioxide

+

water

C

6

H

12

O

6

+

6

O

2

→

6

CO

2

+

6

H

2

O

Respiration is the process of producing energy from glucose. It uses glucose and oxygen to give water, carbon dioxide and energy (this making it exothermic).

carbon dioxide

+

water

+

energy

→

glucose

+

oxygen

>

6

CO

2

+

6

H

2

O

→

C

6

H

12

O

6

+

6

O

2

As you can see from the equations, they are essentially the reverse of each other.

Another difference is how they are used. Respiration occurs in the mitochondria of all living cells, whereas only plants photosynthesise.

In plants, they make their own glucose using the sun's energy, then respire to allow them to use the glucose for energy they can use. The glucose can also be stored and used in many other ways other than in respiration.

Hope this helps:)

Answer:

D. Photosynthesis provides the energy for cellular respiration

Explanation:

Photosynthesis converts carbon dioxide and water into oxygen and glucose. Glucose is used as food by the plant and oxygen is a by-product. Cellular respiration converts oxygen and glucose into water and carbon dioxide. Water and carbon dioxide are by-products, and ATP is energy that is transformed from the process.

Hormones play a crucial role in regulating body functions such as growth, metabolism, and reproduction. These hormones can be categorized into two types based on their solubility in water or lipids. Lipid-soluble hormones can easily pass through the cell membrane and exert their effects on intracellular receptors.

Hormones play a crucial role in regulating body functions such as growth, metabolism, and reproduction. These hormones can be categorized into two types based on their solubility in water or lipids. Lipid-soluble hormones can easily pass through the cell membrane and exert their effects on intracellular receptors. In contrast, water-soluble hormones must bind to extracellular receptors to elicit their effects. Here's how water-soluble and lipid-soluble hormones are regulated differently: Water-soluble hormones are usually regulated by a negative feedback mechanism. This occurs when a hormone triggers a response that ultimately results in the reduction of the hormone's secretion. For example, when insulin stimulates glucose uptake, it leads to a decrease in blood glucose levels, which then signals the pancreas to stop secreting insulin.

In contrast, lipid-soluble hormones such as steroids are regulated by a positive feedback mechanism. In this case, a hormone triggers a response that leads to more hormone secretion. For example, during the menstrual cycle, estrogen levels rise and trigger the release of luteinizing hormone (LH), which, in turn, stimulates the production of more estrogen. In both cases, the regulatory mechanism ensures that hormone levels remain within a narrow range.In terms of unregulated mechanisms, water-soluble hormones can be quickly broken down and excreted by the kidneys, which helps to maintain their levels within a healthy range.

In contrast, lipid-soluble hormones can accumulate in adipose tissue, which can lead to hormonal imbalances and health problems in some cases. In summary, water-soluble and lipid-soluble hormones are regulated differently. While water-soluble hormones are regulated by negative feedback, lipid-soluble hormones are regulated by positive feedback. However, both mechanisms ensure that hormone levels remain within a narrow range to maintain proper bodily functions.

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Answer: exteroperceptive senses are more like the body’s perception of it’s current state. While interoreceptive is more internal. A good example would be the sense of taste being exteroperceptive and the sense of hunger being interoreceptive

Explanation:

The oceanic lithosphere subduct under continental lithosphere, whereas continental lithosphere does not subduct under oceanic lithospere because the oceanic lithosphere is denser than the continental lithosphere.

This refers to the rigid and rocky layer of the Earth and consists of the crust and the solid outermost layer of the upper mantle while density is defined as the mass per unit volume of a substance.

The oceanic lithosphere is made up of mafic crust and ultramafic mantle while the continental lithosphere is made up of heavy mantle peridotite and the former gets shoved down underneath the overriding plate which is because it contains denser rocks than the latter.

This is therefore the reason why the oceanic lithosphere subduct under continental lithosphere, whereas continental lithosphere does not subduct under oceanic lithospere.

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The answer is yes, a calculated field needs a name in Access. When a calculated field is created in Access, it is created as a new field within the table

Therefore it needs a name so that it can be properly identified and used within the database. The name of the calculated field should be descriptive and should clearly indicate what the field represents. This will make it easier for other users to understand the purpose of the field and use it in their own work.

When creating a calculated field, it is important to specify the data type of the field. This will ensure that the calculations are performed correctly and that the results are properly formatted. Additionally, it is important to ensure that the calculated field is properly formatted so that it can be used in queries and reports.

Calculated fields are a powerful tool for working with data in Access, and they can be used to perform a wide variety of calculations and manipulations. By taking the time to create calculated fields properly, users can ensure that their databases are accurate, efficient, and easy to use.

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The protein that binds to the remainder of the DNA polymerase III holoenzyme is located on the 3' side of the enzyme. This interaction is crucial for the functioning of the holoenzyme during DNA replication.

DNA polymerase III is the primary enzyme responsible for synthesizing new DNA strands during replication in bacteria. The holoenzyme is a complex structure consisting of multiple subunits, each with its own specific function. One of these subunits is responsible for binding to the remainder of the holoenzyme. In the holoenzyme structure, the 3' side refers to the end of the DNA template strand where the nucleotides are added during replication. The protein on this side of the holoenzyme binds to the other components of the enzyme complex, allowing for efficient DNA synthesis. This interaction ensures proper coordination and functioning of the holoenzyme during the replication process. Overall, the binding of the protein to the remainder of the DNA polymerase III holoenzyme on the 3' side is essential for the accurate and efficient replication of DNA.

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Humans have two forms of DNA. One is mitochondrial DNA, while the other is nuclear DNA. Humans have B-DNA. It has a right-handed double-helical structure.

All of the cells of a complex multicellular creature, such as a human person, possess the same DNA; nonetheless, the body of such an organism is plainly made up of many distinct types of cells.

Mitosis is employed to generate daughter cells that are genetically similar to the parent cells. The cell duplicates - or'replicates' - its chromosomes, then divides the copied chromosomes evenly to ensure that each daughter cell has a complete set. Your body is made up of billions of cells (thousands of millions).

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Answer:

Los aminoácidos son compuestos orgánicos que se combinan para formar proteínas. Los aminoácidos y las proteínas son los pilares fundamentales de la vida.

Cuando las proteínas se digieren o se descomponen, los aminoácidos se acaban. El cuerpo humano utiliza aminoácidos para producir proteínas con el fin de ayudar al cuerpo a:

Descomponer los alimentos

Crecer

Reparar tejidos corporales

Llevar a cabo muchas otras funciones corporales

El cuerpo también puede usar los aminoácidos como una fuente de energía.

The current that goes through a 2070 W kettle connected to a 230 V mains supply is 9A.

Current is the time rate of flow of electric charge. It is measured in amperes (A).

Current of an electrical charge can be calculated using the following formula:

I = P/V

Where;

According to this question, a 2070 W kettle is connected to a 230 V mains supply. The current is calculated as follows:

I = 2070 ÷ 230

I = 9A

Therefore, the current that goes through a 2070 W kettle connected to a 230 V mains supply is 9A.

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The three distinct mechanisms that plants utilize to fix carbon throughout the process of photosynthesis are C3, C4, and CAM.

The process through which plants convert carbon dioxide, water, and sunshine into oxygen and sugar-based energy is known as photosynthesis.C3: To create sugars, all chloroplast-containing cells directly connect CO2 to ribulose bisphosphate.C4: A group of cells collect CO2 and transfer it to another group of cells that produce sugars.CAM: Sugars are made during the day, but gas exchange occurs at night when the stomata are open.C3, C4, and CAM: CO2, H2O, and light energy are used to create sugars.

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1. D) Ecosystem

2. C) Ecology

3. D) Food Chain

4. A) Aquarium

5. C) Terrarium

6. D) Photosynthesis

7. B) chlorophyll

8. A) Nitrogen Cycle

9. C) Germination

10. C) Food Web

11. B) Aquatic

12. C) Consumer

13. B) Herbivore

14. C) Carnivore

15. A) Omnivore

16. B) False

17. D) Primary producer of energy

18. C) chloroplasts

19. D) old

20. B) decomposers (bacteria, fungus)

1. An ecosystem refers to a system formed by the interaction of a community of organisms with their environment, encompassing both living (biotic) and non-living (abiotic) components. It includes various organisms, their habitats, and the flow of energy and nutrients within the system.

2. Ecology is the branch of biology that focuses on the study of the relationships and interactions between organisms and their environment. It explores the interconnections between organisms, their physical surroundings, and the influence of factors such as climate, resources, and human activities.

3. A food chain is a series of organisms that are interrelated in their feeding habits, with each organism being consumed by the next in the chain. It represents the transfer of energy and nutrients from one organism to another in a linear sequence.

4. An aquarium is a glass-sided tank or bowl designed for the housing and display of aquatic animals. It provides a controlled aquatic environment for the organisms to live and thrive.

5. A terrarium is a glass container, primarily enclosed, used for growing and displaying plants. It provides a controlled environment for plants to grow, usually with a lid to create a mini-ecosystem.

6. Photosynthesis is the process by which plants, algae, and some bacteria convert light energy from the sun into chemical energy in the form of glucose. It involves the absorption of sunlight, carbon dioxide uptake, and the release of oxygen.

7. The green color of plants is primarily attributed to chlorophyll, a pigment found in chloroplasts. Chlorophyll plays a crucial role in capturing light energy during photosynthesis, which is essential for the production of carbohydrates in plants.

8. The nitrogen cycle is a continuous sequence of natural processes by which nitrogen in the atmosphere and nitrogenous compounds in the soil are converted and transformed. It involves nitrogen fixation, nitrification, assimilation, ammonification, and denitrification, ensuring the availability and recycling of nitrogen in ecosystems.

9. Germination refers to the process in which a seed begins to sprout and develop into a new plant. It involves the absorption of water, activation of enzymes, and the emergence of a young shoot or root from the seed.

10. A food web represents the interrelated food chains within an ecological community. It illustrates the complex network of feeding relationships, showcasing the flow of energy and the transfer of nutrients between organisms in an ecosystem.

11. Animals and plants that live in water are referred to as aquatic. The term describes their habitat, which can include freshwater bodies like rivers and lakes, as well as marine environments such as oceans and seas.

12. A consumer is a person or thing that consumes or eats. In the ecological context, it refers to an organism that obtains energy and nutrients by consuming other organisms.

13. A herbivore is an animal that exclusively eats plants as its primary source of nutrition. It has adapted physiological and anatomical features to digest plant material effectively.

14. A carnivore is an animal that solely consumes other animals as its primary food source. It possesses specific

15. An omnivore is an animal that has a diet consisting of both plant matter and animal tissue. It has the ability to consume and digest a variety of food sources, including both plants and animals.

16. False. Humans are not classified as carnivores. They are considered omnivores because their diet can include both plant-based foods and animal-based foods.

17. The Sun is considered the primary producer of energy. Through the process of photosynthesis, plants and other photosynthetic organisms capture sunlight and convert it into chemical energy, which fuels the entire food chain.

18. The green color of plants is produced from organelles called chloroplasts. Chloroplasts contain the pigment chlorophyll, which absorbs sunlight and plays a vital role in photosynthesis, allowing plants to convert light energy into chemical energy.

19. Consumers in an ecosystem serve a crucial role for a species by consuming animals that are either too weak or too old. They help regulate population sizes and maintain the overall balance and health of the ecosystem.

20. Decomposers, such as bacteria and fungi, play a vital role in returning or recycling the primary chemical compounds of organisms back into the food chain. They break down dead organic matter and waste materials, releasing essential nutrients and completing the nutrient cycle.

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1. A system formed by the interaction of a community of organisms with its environment is called ecosystem.

2. The branch of Biology dealing with the relations and interactions between orgainisms and their environment is called Ecology.

3. A series of organisms interrelated in their feeding habits, the smallest being fed upon by a larger one is called Food Chain.

4. A glass-sided tank, bowl in which aquatic animals live is called Aquarium.

5. A glass container chiefly enclosed for growing and displaying plants is called Terrarium.

6. The process in which plants make their food is called Photosynthesis.

7. The green color of the plant is called chlorophyll.

8. The continuous sequence of natural processes by which nitrogen in the atmosphere and nitrogenous compounds in the soil are converted is called the Nitrogen Cycle.

9. When a seed begins to grow and develop is called Germination.

10. The interrelated food chains in an ecological community is called Food Web.

11. Animals and plants that live in water are called Aquatic.

12. A person or thing that eats is called Consumer.

13. An animal that only eats plants is called a Herbivore.

14. An animal that only eats other animals is called a Carnivore.

15. An animal that eats both plants and animals is called an Omnivore.

16. Humans are Omnivore.

17. The Sun is a Primary producer of energy.

18. The green color of plants is produced from organelles called chloroplasts.

19. Consumers in an ecosystem serve a 'healthy' role for a species by consuming animals that are either too weak or too old.

20. Along a food chain, the role of decomposers (bacteria, fungus) is to help return or recycle the primary chemical compounds of organisms back to the chain:

An ecosystem is an ecological system formed by an inseparable reciprocal relationship between living things and their environment. An ecosystem can also be said to be a complete and comprehensive unitary arrangement between all elements of the environment that influence each other.

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Answer:

This is not an answer

Explanation:

Answer:

Depending on the situation you would want random sampling

Explanation:

For example, all units will have an equal chance of being selected

Answer:Animals get these amino acids by eating plants or animals that eat plants. This works because plants can make all twenty amino acids including the ten or so "essential" ones that most animals can't. ... Animals evolved to work this way because it saves energy.

Explanation:

I don't know if it helped, but try it out!

Individuals would do all the sustainable wastewater that are mentioned, which are using biodegradable flushables, using prescription drugs and using trash bins instead of flushing sanitary napkins. Thus, option B is correct.

Sustainable wastewater management has been the need of the hour, as the using water in the way that would meets the current, ecological, social, and economic needs of an individual.

In order to increase the efficiency of the wastewater reuse by encouraging water reuse, reduction or recovery in our day to day lifestyle.

Therefore, Individuals would do all the sustainable wastewater that are mentioned, which are using biodegradable flushables, using prescription drugs and using trash bins instead of flushing sanitary napkins. Thus, option B is correct.

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Answer:

( Inserting a gene to allow a diabetic to produce insulin.) and (Using a virus to insert a gene that allows monkeys to see in color.) are both gene therapy

the corn plants one is GMO's

and the dog one is cloning

Answer:

B

A

D

Explanation:

Answer:

it can be affected by

Temperature , PH and Enzyme concentration

Explanation:

Temperature increase in the tempreture up to the optimum temperature.

PH is a measure of how acidic or alkaline a substance is.

Enzyme concentration the role of an enzyme catalysed increases in the increase in the concentration of the enzyme and remains constant when there are no more free substrate molecules for the enzyme to act on

Answer:

50k-75k in total

Explanation:

(a) ThOD of C₇H₃  is 6.36 mg/L.

(b) ThOD  of C₆Cl₅OH is 1.12 mg/L.

(c) The ThOD can then be calculated using the stoichiometric ratios of the balanced equation.

(a) The theoretical oxygen demand (ThOD) for C₇H₃ is 6 mg/L. The balanced stoichiometric equation for the aerobic degradation of C₇H₃ is:

C₇H₃ + 10.5 O₂ → 7 CO₂ + 1.5 H₂O

To determine the ThOD, we need to calculate the amount of oxygen required to fully oxidize the organic compound to CO₂ and H₂O. From the balanced equation, we can see that 10.5 moles of oxygen are required to oxidize 1 mole of C₇H₃. Therefore, the ThOD for C₇H₃ is:

ThOD = (5 mg/L) x (10.5 mol O₂/mol C₇H₃) x (32 g O₂/mol) / (1000 mg/g) = 6.36 mg/L

(b) The theoretical oxygen demand (ThOD) for C₆Cl₅OH is 1.5 mg/L. The balanced stoichiometric equation for the aerobic degradation of C₆Cl₅OH is:

C₆Cl₅OH + 7 O₂ → 6 CO₂ + 2.5 H₂O + Cl₂

To determine the ThOD, we need to calculate the amount of oxygen required to fully oxidize the organic compound to CO₂ and H₂O. From the balanced equation, we can see that 7 moles of oxygen are required to oxidize 1 mole of C₆Cl₅OH. Therefore, the ThOD for C₆Cl₅OH is:

ThOD = (0.5 mg/L) x (7 mol O₂/mol C₆Cl₅OH) x (32 g O₂/mol) / (1000 mg/g) = 1.12 mg/L

(c) Without a specific reaction or conditions given, it is impossible to calculate the ThOD for C₁₂H₁₀.

However, in general, the ThOD for organic compounds can be estimated based on the assumption that all of the carbon and hydrogen atoms are oxidized to CO₂ and H₂O, respectively, and all of the nitrogen atoms are converted to NO₃⁻.

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Although you inherit one chromosome of each pair from your mother and father, you inherit mitochondrial genes from your mother only. This is the correct answer to the question that asks what genes are inherited from the mother.

A mitochondrion is an organelle that is commonly referred to as the powerhouse of the cell since it is responsible for producing the majority of a cell's adenosine triphosphate (ATP), which is the molecule that powers most of the cell's activities. Mitochondria have their own genome, which is distinct from the nuclear genome that most people are familiar with.

It is exclusively maternally inherited because, during fertilization, the egg cell provides all of the necessary components for the developing zygote, including mitochondria. The sperm cell, on the other hand, only delivers the nucleus containing the father's genetic material. This ensures that all of the mitochondria in the zygote are of maternal origin.

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Answer:

Feedback inhibition.

Explanation:

It is feedback inhibition pathway because it is a cellular control process in metabolic part wat in which the output of a metabolic pathway binds to an enzyme at the regulatory sites which is distinct from the active sites of the substrates, causing a conformational changes on the enzyme which then makes it to slow down or inhibit it's production or synthesis.

This help to prevents excess of the high levels of the product from accumulating in the cell