Ova and sperm are the male and female _____.
a
ova

b
gametes

c
fertilization

d
zygotes

A decomposer ultimately obtains all its energy from e. dead and decaying plant matter. Decomposers play a crucial role in breaking down organic materials and recycling nutrients in ecosystems.

The answer to your question is (e)

Decomposers are organisms that break down dead organic matter, such as dead plant and animal material, into simpler compounds. These simpler compounds can be reused by other living organisms in the ecosystem.

Decomposers play an essential role in nutrient cycling, as they release nutrients back into the soil, making them available for plants and other organisms to use. It's important to note that while decomposers obtain their energy from dead and decaying organic matter, they are not necessarily considered predators or parasites, as they do not actively hunt or harm other living organisms to obtain their food.

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Given what we know about mendelian inheritance, we can confirm that statement 3, "Mendelian inheritance concerns genetic traits that are controlled by only two alleles, while non-Mendelian inheritance is  controlled by multiple alleles." is the correct answer.

The traits of an individual are determined by alleles, which are genes passed down from the parents to the offspring. These alleles can be dominant and recessive for some traits, while other traits or conditions do not depend on the dominant or recessive nature of the alleles, but rather just the presence of certain genes.

These kinds of traits that do not depend on allele types are considered to follow non-mendelian inheritance. Meanwhile, Mendelian inheritance concerns all the genetic traits that are controlled by only two alleles and the dominant-recessive relationship between them.

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Answer:

Mendelian inheritance concerns genetic traits that are controlled by only two alleles, while non-Mendelian inheritance is

controlled by multiple alleles.

Explanation:

MENDELIAN inheritance is a form of inheritance that occur in organisms that can reproduce by sexual means. The traits or inheritance are transfered by the dominant and recessive alleles of one Gene. They are controlled by two alleles which is dominant and recessive.

Non MENDELIAN inheritance is a form of inheritance that does follow the patter of Mendel's law.

The traits are not controlled by either dominant or recessive alleles but by many alleles.

Therefore,

Mendelian inheritance concerns genetic traits that are controlled by only two alleles, while non-Mendelian inheritance is controlled by multiple alleles.

Energía.

Explicación:

Generalmente, los electrones giran continuamente en las capas de los átomos. Si estos electrones se encuentran en las capas más externas de un átomo, se denominan electrones de valencia.

Son necesarios para las reacciones químicas de un átomo en particular con otro, a través de sus pérdidas o compartidas.

En los átomos sin valencia, sus capas más externas no tienen electrones en sus capas más externas, tales átomos son estables.

Sin embargo, si se suministra cierta cantidad de energía a dicho átomo, el electrón gana energía y, por lo tanto, se excita.

Por lo tanto, se mueven de niveles de energía más bajos a niveles de energía más altos, y hacen que el átomo sin valencia se convierta en valencia temporalmente, a medida que se mueven hacia la capa más externa.

Answer:

Energy.

Explanation:

Generally, electrons revolves continuously in the shells of  atoms.if these electrons are located in the outer most shells of an atom,they are refereed to as the Valence electrons.

They are needed for chemical reactions of a particular atom with another,through their loses or sharing.

In Non -valence atoms their outermost shells do not have electrons at their outermost shells,such atoms are stable.

However, if  certain quantity of energy is supplied  to  such atom, the electron  gains energy and therefore becomes excited.

They therefore move from lower energy levels to higher energy levels,and makes the non- valence atom becomes valence temporarily, as they move into the outermost shell.

Since unicellular organisms are composed of just one cell, this means that they cannot have tissues, organs, or systems, so A, C, and D are simply not possible.

B, it takes the nutrients through the cell membrane, would be the correct answer.

The statement "All the major views of personal identity claim that in order for a person to survive through time, they must maintain the continued existence of a substance (though some claim a material substance is necessary while others say an immaterial substance is necessary)" is True.

Personal identity is the philosophy that seeks to understand the character of humans. It enquires about the persistence of humans over time and their identity between different contexts.

The definition of personal identity is usually derived from the three criteria of memory, consciousness, and self-awareness. A "person" may be described as someone with a certain type of immaterial mind or substance. Even so, others see personal identity as something connected to an individual's physical body, which, in turn, is part of the larger physical universe.

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The myeloid lymphocyte will eventually become a granulocyte.

Granulocytes are a specific kind of immune cell that releases enzyme-containing granules when an infection, an allergic response, or an asthma attack occurs. Basophils, eosinophils, and neutrophils are all types of granulocytes. White blood cells come in the form of granulocytes. They are also known as polymorphonuclear leukocytes, PMN, and granular leukocytes.

White blood cells called granulocytes have tiny granules on their surface. There are proteins in these granules. Neutrophils, eosinophils, and basophils are the distinct subtypes of granulocytes. Neutrophils, in particular, are a kind of granulocyte, that aid the body in fighting bacterial infections. When there is a severe infection, the body often produces more granulocytes. Individuals who have fewer granulocytes are more susceptible to severe illnesses.

Therefore, the myeloid lymphocyte will eventually become a granulocyte.

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The cellular process is proteome which is most likely responsible for producing the many phenotypical variations found in king vultures.

The king vulture (Sarcoramphus dad) is an enormous bird tracked down in Focal and South America. It is an individual from the New World vulture family Cathartidae. This vulture lives transcendently in tropical swamp backwoods extending from southern Mexico to northern Argentina. It is the main enduring individual from the sort Sarcoramphus, albeit fossil individuals are known.

Cellular proteome is dynamic and the level of a specific metabolite at any one time will address the equilibrium of biosynthesis, biochemical change into different metabolites, corruption, transportation into and out of the cell, and sequestration into and out of capacity structures. Cellular proteome is responsible for  phenotypical variations  in king vultures.

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Answer:

In the light-independent reactions or Calvin cycle, the energized electrons from the light-dependent reactions provide the energy to form carbohydrates from carbon dioxide molecules. ... In addition, several enzymes of the light-independent reactions are activated by light.

Answer:

18% T (Thymine). pls brainliesttt

In a DNA  sample according to Chargaff's rule adenine amount is always equal to thymine and guanine is always equal to cytosine, hence 18% will be thymine.

In DNA simple adenine always pair with thymine and guanine paired with cytosine and both pair contribute to 50% for each.

If guanine is 32% so cytosine s also 32% in a sample and both make 64% of the nucleotides in the sample so the remaining nucleotide pair 36% is contributed by adenine 18% and thymine 18% in DNA.

Complementary base pairing adenine makes two hydrogen bond with thymine and guanine make three hydrogen bond with cytosine.

Therefore due to complementary base pairing, it simply has 32% of guanine so it includes 18% of thymine.

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Answer:

molecules in the gas move faster. impacting the gas container more frequently and exerting a greater force. moisture most likely will increase too.

Explanation:

Plants employ the process of photosynthesis to transform water and carbon dioxide into carbohydrates and oxygen.

Light energy is absorbed by the plant during photosynthesis and transformed into chemical energy. The oxygen is released into the environment, while the water and carbon dioxide are disintegrated into their component elements.

In the plant, the sugars are kept for future use. It is possible to write the photosynthesis equation as follows:

Light energy + water + carbon dioxide →  sugars + oxygen.

Light energy → chemical energy can be used to describe the energy transformation equation.

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The crust of the Earth, the uppermost layer visible in a cross-section of the planet, is halfway through at this point. The crust, which only accounts for around 1% of the Earth's total volume, is made up of igneous, metamorphic, and sedimentary rocks.

The rocky exterior of the Earth is known as the lithosphere. It is composed of the uppermost layer of the upper mantle and the brittle crust. You live in the crust of the earth. It is hotter in the outer and inner cores.

The crust varies in temperature from the top air temperature to roughly 1600. The Earth's tectonic plates are moved by the asthenosphere, a region of the mantle.

Therefore, Mantle Crust layer of the Earth does the upper surface of the cross-section represent.

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A triad is made up of three notes stacked in subsequent thirds. A triad is also known as a harmony or a chord. (Chord progressions are another example of harmony.) The root is the lowest note of a triad when it is stacked in thirds.

The terminal cisterna, T-tubule, and sarcoplasmic reticulum are the three structures that surround the myofibrils and make up the triad.

Therefore, Actin and myosin, two protein structures, are found in the myofibrils. In a muscle cell, the sarcomere serves as a structural and functional unit.

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Answer:The duck has webbed feet that help it swim in water. The moose has feet with hooves that help it walk on hard ground.

Explanation:

Explanation:

Five ways on how to address teenage pregnancy

Scientists often work in teams, so the activities that would require a scientist to communicate with others are researching, experimenting or gathering data, reflecting on results, and communicating with the wider community. All of these are correct answers.

During the research phase, scientists often need to collaborate and communicate with their colleagues, mentors, or supervisors to discuss ideas, share findings from previous studies, and gain insights into the existing knowledge related to their research topic.  Conducting experiments and gathering data can be a collaborative effort, especially in complex research projects. After conducting experiments and obtaining results, scientists often engage in discussions and meetings to interpret the findings and draw conclusions. Sharing research outcomes with the broader scientific community and the public is a crucial aspect of scientific communication. Scientists typically publish their findings in peer-reviewed journals, present them at conferences, and engage in outreach activities. All of these are correct answers.

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Complete question is below.

Remembering that scientists often work in teams, which activities would require a scientist to

communicate with others? Activitie that Scientist co to, Communic

with the team

researching,

experimenting or gathering data,

reflecting on results,

communicating with the wider community.

Answer: C. Fertilization would result in a zygote with twice as many chromosomes as the parents.

Explanation: Hope this helps

Answer:

The zygote would have two nuclie

Explanation:

Answer:

The digestive system is in charge of squeezing energy and nutrients out of all that ... Anus: The place where solid waste exits the body.

Explanation

~ Cliché as it may sound, leaves falling from a tree is caused by the gravity of the Earth.

~ Gravity is one of the reason and the driving force that made the universe possible. It is the entity that enables the sun to hold planets together in the solar system; the reason why Earth is revolving around the sun just like the moon orbiting the Earth.

~ Gravity has to do with everything on Earth -- leaf falling from the tree, ball bouncing up and down, ocean waves, and stalactites facing downwards.

Picture showing the gravitational relationship of Moon and Earth.

Glucocorticoids inhibit the release of CRH This is a true example of long-loop negative feedback. Here option C is the correct answer.

Long-loop negative feedback refers to a process in which a hormone secreted by a gland in the endocrine system regulates the activity of the same or another gland. In this process, the hormone first acts on a target organ, which then sends a signal back to the original gland to inhibit or decrease its activity.

In the example given, Glucocorticoids inhibit the release of CRH, which is a correct example of long-loop negative feedback. Glucocorticoids are hormones secreted by the adrenal glands and they can inhibit the release of CRH (corticotropin-releasing hormone) from the hypothalamus, which in turn controls the release of ACTH (adrenocorticotropic hormone) from the pituitary gland.

This feedback loop helps to maintain homeostasis of the corticotropin-adrenocortical axis.

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It is 122KJ of energy is used from the conversion of ATP to ADP because hydrolyses of 1 mole of ATP requires 30.5KJ of energy. Therefore, if 4 ATP is hydrolyses, it will be 4× 30.5=122KJ. ... This energy is given out because there is cleavage of high energy phosphate bond in ATP while converting it into ADP.

HOPE SO IT HELPS YOU

Answer:

Cutting down trees

Explanation:

Of course this is just my opinion, but stopping the production of oxygen can greatly effect the carbon and oxygen ratio thus, increasing the level of carbon in the air. There are many different ways for the increase of carbon to take place but I think that cutting down trees has a major effect.

The statement that is FALSE is "karyopherins carry macromolecular cargo without NLS sequences out of the nucleus."

Nuclear pores are responsible for the bidirectional transport of proteins into and out of the nucleus. Karyopherins are a family of proteins that facilitate the transport of macromolecules across the nuclear envelope.

They bind tightly to FG repeats, which are found in the nuclear pore complex, and carry macromolecular cargo with nuclear localization signals (NLS) into the nucleus. The Ran protein provides directionality for the transport process by undergoing a conformational change upon GTP hydrolysis.

The GTP concentration is higher in the nucleus than the cytoplasm, which helps to maintain the directionality of transport. However, karyopherins do not carry macromolecular cargo without NLS sequences out of the nucleus.

This statement is FALSE because karyopherins only recognize and transport cargo with NLS sequences.

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Eastern equine encephalitis virus caused by enterovirus st. louis encephalitis virus and the birds are the reservoirs is an incorrect statement.

Is it possible for humans to contract the EEE virus?

The bite of an infected mosquito transmits the Eastern equine encephalitis (EEE) virus to humans. In the United States, only a few cases are reported each year. The majority of cases are found in eastern or Gulf Coast states.

Eastern equine encephalitis is a virus that spreads to humans and horses through the bite of an infected mosquito. The virus is an alphavirus that is closely related to the viruses that cause western equine encephalitis and Venezuelan equine encephalitis.

Therefore, Eastern equine encephalitis is transmitted by a mosquito and not a bird.

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The genotypic character and phenotypic character of aquatic( marine ) animals  is commonly referred to as marine genotype and  marine phenotype.

In the area of genetics, there is a character used for water organism to determine their particular character and categorize them differently. It was named so to understand their habitat and level of tolerance in saline water.

The meaning of marine phenotype is the understanding physical characteristics such as their behavior, their body features, how they are living in the environment. This trait is used to understand their adaptation and their survival in the particular environment.  

The meaning of marine genotype is that what the number and type of gene the aquatic organism carries. It is used to understand their behavior    of organism and also that whether there is any serious disease within the organism as it can be source of infection.

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The complete question is-

What do you understand by marine genotype and marine phenotype?

The organism that we could say that do have a common ancestor are Cow and yeast. Option A

We have the sequence as;

Mouse: NEP VHL TFAL

Fruit fly: QEP VTL TFAC

Cow: NEP VQL TFAL

Yeast: DQP VDI TFGA

By comparing the sequences, we can find that the amino acid sequences from yeast and cows (DQP VDI TFGA and NEP VQL TFAL, respectively) have the most in common. The initial four locations (NEP V) and the final three spots (TFAL) specifically have the same amino acid sequence. The cow and yeast hence presumably share a most recent common ancestor.

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Answer:

TATTA → TATTAGA (Insertion)

TATTCG TATTAAT → TATTAT TATTACG (traslocation)

ACGTATTC → ACGTTTC (deletion)

ATTA GTAC → ATGT ACTA (translocation)

GATCCAT → GATCCATCA (insertion)

TACTTAGT → TACTTGT (deletion)

Explanation:

Mutation is any change that occurs in the nucleotide sequence of a gene. It can be of different types depending on how it occurs. In this question, insertion, deletion and translocation mutations were portrayed.

Insertion mutation occurs when one or more nucleotide bases is added to the original sequence. Deletion mutation is when one or more nucleotide bases are removed from the sequence. Translocation mutation is said to occur when one segment of a gene cuts off and is reattached to another gene sequence.

TATTA → TATTAGA

GATCCAT → GATCCATCA

These two cases are insertion mutations because bases "GA" and "CA" are added respectively to the original sequences

ACGTATTC → ACGTTTC

TACTTAGT → TACTTGT

The above cases are deletion mutations because bases "T" and "A" has been removed from the first and second original sequence respectively.

TATTCG TATTAAT → TATTAT TATTACG

In the above case, nucleotide bases "CG" and "AT" has cut off from the first and second original sequences respectively and got reattached to one another. This is an example of translocation mutation.

ATTA GTAC → ATGT ACTA

Also, in this case, "TA" and "GT" has detached from their original sequences and rettached in the opposite direction. Another example of translocation mutation.

Answer:

Gene

Explanation:

Genes are pieces of DNA that code for a specific trait