A cell makes and secretes a certain protein. Explain where it is made, how it is secreted from
the cell, and what kind of transport is used.​

Answer:

Skeletal muscles

Explanation:

Skeletal muscles act on the bones and joints to power movement. To kick the ball, the skeletal muscles of the thighs and calves are responsible for the movement of the leg. The antagonist actions if muscles like the tibialis anterior and gastrocnemius below the knee move the knee joint. The skeletal muscles of the thighs quadriceps, the hamstrings, and the adductors move the leg from the hip joint.

Answer:

the smooth looking skeletal muscle there are no pictures provided

Explanation:

Answer:

The sugar will result in a formation of a clot the WBC cannot overcome and can result in a cardiac arrest, so the nurse should be stopped immediately.

The energy in a nuclear power plant, such as the Turkey Point facility, is generated through nuclear fission reactions, where heavy atom nuclei split and release heat, facilitating electricity production.

The Turkey Point power plant in Miami, Florida, which provides electricity to Miguel's home, uses nuclear fission reactions to generate energy. In a nuclear fission reaction, the nucleus of a heavy atom, such as uranium or plutonium, splits into two smaller nuclei. This reaction releases a large amount of heat energy, which is used to produce steam. The steam then drives a turbine connected to a generator, which in turn, produces electricity.

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Answer:

hypothesis

scientific theory

Scientific Law

Answer:As the climate warms, it changes the nature of global rainfall, evaporation, snow, stream flow and other factors that affect water supply and quality. Specific impacts include: Warmer water temperatures affect water quality and accelerate water pollution.

The speed of climate change might affect the ability of life on earth to adapt and survive as follows:

Climate change is a phenomenon that includes those alterations in climatic parameters: temperatures, precipitations, diverse climatic phenomena, etc.

Normally these types of changes occur over several centuries, allowing animal and plant species to gradually adapt to new weather conditions.

However, when the climate changes rapidly, ecosystems lose the opportunity to adapt, with the consequence of producing migrations of living beings and even the death of those who for some reason cannot migrate.

When the speed of climate change exceeds the speed of dispersal of organisms, or when there are barriers that prevent such dispersal, species can only adapt or become extinct.

Therefore, we can conclude that the speed of climate change might affect the ability of life on earth to adapt and survive, causing ecosystems to lose the opportunity to adapt, thus causing changes in the stability and survival of populations.

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Answer: True

Explanation:

A theory is the detailed explanation for the cause of processes and events that occur naturally.

These are supported by the evidences obtained from experimental trials. The information of the theory can be changed by new evidences obtain by people by applying the principle and methodology of the theory.

Answer:

Chemical formulas are used to describe the types of atoms and their numbers in an element or compound. ... When more than one atom of a specific element is found in a molecule, a subscript is used to indicate this in the chemical formula.

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The woman inhales oxygen produced by the plant in the process of PHOTOSYNTHESIS,

and she use it inside her body to release energy from the food molecules by the process of RESPIRATION also as a result of respiration Carbon dioxide gas is produced, which she exhales.

That carbon dioxide is absorbed from air by the plant and use it to prepare food from it in the presence of sunlight by the process of PHOTOSYNTHESIS in which oxygen is also produced as byproduct which is then released to air and is then inhaled by the woman again to repeat the cycle.

_____________________

The specific process involved is called photosynthesis.

The female inhales oxygen produced by means of the plant inside the procedure of photosynthesis and she or he uses it inside her frame to launch strength from the meals molecules through the process of respiratory additionally due to respiration Carbon dioxide gasoline is produced, which she exhales.

That carbon dioxide is absorbed from the air through the plant and used to put together meals from it in the presence of daylight by way of the technique of photosynthesis wherein oxygen is also produced as a byproduct which is then released into the air and is then inhaled by way of the lady again to repeat the cycle.

Photosynthesis is the method by way of which flowers makes use of daylight, water, and carbon dioxide to create oxygen and electricity in the form of sugar. Photosynthesis is the manner via which flora uses daylight, water, and carbon dioxide to create oxygen and electricity in the form of sugar.

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Answer:

The primary function of glucose molecules is to provide energy for cell activities.

Explanation:

Glucose can best be described as carbohydrate which serves best as a primary fuel. Our body cells carry out a wide number of metabolic as well as biological functions.  Glucose serves as the main energy derivation molecule for the accomplishment of these biological and metabolic functions. Every cell present in the body acquires the capability of using glucose as energy molecule.

Glucose is broken down by complex biological reactions into ATP which is the energy source for many cellular activities.

Answer:

D

Explanation:

it is a suger which means it also provides energy

Answer: A. The factors for each trait are separated independently when sex

cells form.

Explanation:

i got it right on the test

Final answer:

The law of independent assortment, described by A, asserts that genes sort into gametes independently, forming diverse combinations and contributing to genetic variation in offspring.

Explanation:

The correct answer to which best describes the law of independent assortment is A. The factors for each trait are separated independently when sex cells form. The law of independent assortment is an essential principle of genetics first described by Gregor Mendel through his work on pea plants.

This law explains how different genes independently separate from one another when reproductive cells develop. In a dihybrid cross, for instance, the combination of alleles for seed color and seed texture in pea plants assort independently during the formation of gametes. Each allele pairs for different characteristics sort into gametes randomly, leading to a variety of genetic combinations that contribute to genetic diversity in offspring.

Answer:

morphology and biochemistry

Explanation:

         The two fields of study are: Morphology and anatomy

         I'll give you an example of it, imagine that you found a mysterious insect in the forest, you don't know anything about it, you take it with you and give it to your biology teacher. The first thing that he is going to take a look at is at its anatomy, how the insect looks like, how many paws it has, wings, colors and etc.

        After that, the teacher will probably ask you a few questions about the place you took the insect from, how was it, was it deep, lots of trees around, water near it, any fruit trees nearby, and by that, the teacher will analyze how this animal probably live, just by its habits with your information, if you're not sure about it, he'll need to check it out about how its body works, using again morphology and anatomy, and by doing that, is how you classify an organism.

Answer:

2 : 1

Explanation:

         Area of one (1) side * 6 sides = 3 *3 * 6 = 54 cm²

         Length * Width * Height =  3 * 3 * 3 = 27 cm³

         54 : 27 = 2 : 1

Answer:

Marine West Coast

Answer:

differential reproduction

Explanation:

I got it right on a quiz

Final answer:

The key point of Darwin and Wallace's theory is variation, leading to differential reproduction due to competition for limited resources, which causes populations to evolve over time through natural selection.

Explanation:

The key point of Darwin and Wallace's theory of evolution by natural selection is variation among organisms, which leads to differential reproduction as a consequence of competition for limited resources. The process described by Darwin as descent with modification involves these inherently varied organisms reproducing in greater numbers than the environment can support. Thus, those with advantageous inherited traits that confer a competitive edge are more likely to survive and reproduce, passing those traits on to the next generation more frequently than those without such traits. Over time, this leads to a change in populations over generations and results in species becoming better adapted to their local environments, a process known as adaptive evolution.

Answer:

75% with thin stripes, 25% will have thick stripes

Explanation:

A species of Coral snake has a red, yellow, and black stripe pattern. One gene controls if the stripes are thick or thin. Thin(T) is dominant over thick(t). If two snakes heterozygous for this gene are crossed, the phenotype(s) of their offspring wouldn't be even, making the answer, 75% with thin stripes, 25% with thick stripes.

Answer:

The given cell represents an animal cell, in which the organelle labelled as 'G' is mitochondrion. Mitochondria are membrane-bound organelles and their inner membrane is folded inward to form finger-like structures or cristae.

The mitochondria are known as the powerhouse of the cells as they are site for biochemical reactions of respiration and energy production.

Thus, the correct answer is 'mitochondrion.'

Animal cells are the eukaryotic cells that lack cell walls. In the labeled diagram of the animal cell, G is the mitochondria. Thus, option d is correct.

The missing labeled image is attached below.

A mitochondrion is the most crucial organelle of the animal and plant cell that has a membrane and is involved in the generation of the energy required to drive the cell function.

The biochemical reactions and processes occur in the mitochondria that produce energy in the form of ATP and are a finger-shaped small structure in the cytoplasm of the cell.

Therefore, the labeled organelle is option d. mitochondria.

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Answer:

A. First

Explanation:

Linda has some espresso kept in the cup holder in her vehicle. She needs to all of a sudden pummel on her brakes and stop. The cup stayed in the cup holder, yet the espresso sprinkled and spilled all over.

This happens on account of the Newton's first law of movement. It states that that an object at rest will remain at rest until and unless and external force is applied to it for its movement. It also describes the inertia.  

Answer:

Mg and HCl are both reactants.

MgCl2 and H2 are both products.

Explanation:

In general, things on the left side of the chemical reaction are reactants (things that react) and things on the right side are products (things that are produced).

This is why the answer is what it is.

Protists, like Cryptomonads and Diatoms, are often unicellular and photosynthetic. Fungi, like Yeast and Agaricus bisporus, absorb nutrients from other organisms, distinguishing them from plants. Algae include various photosynthetic organisms important in aquatic ecosystems.

The subject at hand involves understanding the classifications and characteristics of various organisms within the fields of biology and ecology. When asked to name two types of protists and two types of fungi, one could mention, as examples, Cryptomonads or Diatoms for protists, and Yeast or the common mushroom, Agaricus bisporus, for fungi. Protists are often unicellular and can be photosynthetic like Cryptomonads and Diatoms, while fungi such as Yeast and Agaricus bisporus are not capable of photosynthesis and instead absorb nutrients from their environment.

It's important to note that while plants undergo photosynthesis, fungi do not; they absorb nutrients from other organisms. This distinct mode of nutrition separates fungi from plants and places them in a unique kingdom of their own. Moreover, organisms like algae, which encompass a wide range of photosynthetic organisms such as seaweed or unicellular algae like Acetabularia, are key components of aquatic ecosystems.

Answer:

Sugars and phosphates  

Explanation:

DNA is deoxyribonucleic acid.

The backbone is based on a repeated pattern of a sugar group (deoxyribose) and a phosphate group.  

The image below shows one straightened-out strand of DNA with a backbone of alternating sugars and phosphates.

A is wrong. There is no ribose in DNA.

B is wrong. The nucleic acids A, C, G, and T join one strand of DNA to the other.

C is wrong. There is no RNA in DNA.

Answer:

D. Sugars and phosphates

Explanation:

DNA or deoxyribonucleic acid which is a self-replicating material present in nearly all organisms and the constituent of chromosomes, It is also the carrier of the basic instructions of life!

We have a total of 23 chromosomes in our cells!

hope this helps

Answer:

Crossing over, or recombination, is the exchange of chromosome segments between non-sister chromatids in meiosis. Crossing over creates new combinations of genes in the gametes that are not found in either parent, contributing to genetic diversity.

Explanation:

Crossing over is a genetic phenomenon that occurs during meiosis, resulting in the exchange of genetic material between homologous chromosomes. This process introduces new combinations of genes and contributes to genetic diversity. For example, crossing over can result in offspring with new color variations.

Crossing over is a genetic phenomenon that occurs during meiosis, the process of cell division that produces gametes (sperm and eggs). It is the exchanging of genetic material between homologous chromosomes, resulting in the formation of new combinations of alleles. This process significantly contributes to genetic diversity in a population as it introduces new variations and combinations of genes.

During crossing over, portions of the chromatids of the homologous chromosomes break off and switch places with the corresponding portions on the opposite chromatids. This exchange of genetic material leads to the creation of recombinant chromosomes, which carry a unique combination of genes not present in either parental chromosome. These new combinations of genes can then be passed on to offspring, resulting in increased genetic diversity.

For example, let's consider a gene for flower color, where there are two possible alleles: red and white. If an individual carries one chromosome with the red allele and another chromosome with the white allele, crossing over can result in recombinant chromosomes carrying a red allele on one chromatid and a white allele on the other. This can lead to offspring with new color variations, such as pink or blend of red and white, contributing to genetic diversity within the population.

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Objective means that they are "facts", and do not include personal thoughts and beliefs (which is subjective).

In this case, your answers are:

1) Fact:

Facts are made based on data and analysis, and are supported by details and other known "facts" or truths. This means that they are right in any circumstances in most cases, or at least in the given circumstance that is provided.

2) Data:

Data is used to support the fact, which is objective. Without data, the claim would be seen as a opinion, or subjective, in meaning, a "I feel that it is this way". Without data, you will not have facts.

It is not:

3) Opinion:

Opinion is the antonym of Fact, and so if Fact is a answer choice, then Opinion is not. Opinion is based off of feelings, personal knowledge, and personal preferences. While useful in some cases, it is not objective.

4) Theory:

A theory is not objective, because it is a opinion that is provable (but is yet to be proven). This makes it subjective, until proven right.

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Answer:

Qualitative: moister, taller, and darker shade.

Quantitative: 0.25-0.5 cm taller, how many cupcakes she could make.

Explanation:

Qualitative is observation based and Quantitative is mathematical based (i.e. measuring, etc.)

Answer:

2 qualitative observations are -

a) Cupcakes were moister

b) Cup cakes with more eggs were darker in shade than cupcakes with fewer eggs.

2 quantitative observations are -

a) Cup cakes with 3 eggs instead of two were 0.25-.05 centimeters taller

b) Cup cakes were taller

c) She got 6 jumbo sized cupcakes with the recipe even if she added an extra egg

Explanation:

Qualitative observations are those which cannot be defined numerically. There are mostly expression, choice and perception based

While quantitative observations are purely numerical observation having some sort of measured value. or the factors that can be measured in terms of numbers are also included in observation criteria such as long, weighted etc.

2 qualitative observations are -

a) Cupcakes were moister

b) Cup cakes with more eggs were darker in shade than cupcakes with fewer eggs.

2 quantitative observations are -

a) Cup cakes with 3 eggs instead of two were 0.25-.05 centimeters taller

b) Cup cakes were taller

c) She got 6 jumbo sized cupcakes with the recipe even if she added an extra egg

Answer: Top predators, or tertiary consumers can also be keystone species. ... Without their predator, the populations of these herbivores grows out of control as they eat all their food source, the producers. Like changes in other trophic levels, without the producers, the entire ecosystem can collapse.

Explanation: Food webs illustrate energy flow from primary producers to primary consumers (herbivores), and from primary consumers to secondary consumers (carnivores). ... Under top-down control, the abundance or biomass of lower trophic levels depends on effects from consumers at higher trophic levels. So yeah!

Answer:

If one’s trophic level increases or decreases too much, it can impact the number of producers. This in turn depletes the energy in the food web, which can disrupt homeostasis.

Explanation:

coursehero

Answer:

Eutrophication is what happens when nutrient levels become too concentrated in rivers, lakes, and oceans. Eutrophication is when the levels of nutrients and minerals in a body of water become too concentrated. It is usually induced by the release of nitrate or phosphate-containing substances into a water body.

Explanation:

The final height of a plant exposed to eight hours of light per day is dependent on multiple factors, not just light duration. This includes light intensity, temperature, water and nutrient availability, type of plant, and its genetics. Experimental controls are required to determine precise growth results.

The final height of a plant grown under eight hours of light/day cannot be determined purely from that information. In biology, plant growth is influenced by a range of factors including light duration, but also light intensity, temperature, water, and nutrient availability, species of plant, and genetic factors. For instance, some plants could potentially thrive under eight hours of light/day and grow to approximately 20 inches, while others may only reach around 5 inches. Controlled experimentation is necessary to determine the specific growth results for a particular plant under an eight-hours-of-light routine.

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Without more context, it is impossible to accurately predict the final height of a plant grown in eight hours of light, as plant growth depends on a variety of factors.

The final height of a plant grown in eight hours of light is impossible to determine without additional information. Plants need light for photosynthesis, a process where light energy is converted to chemical energy for growth. The plant's height, however, depends on factors like the type of plant, its growth rate which is genotypically determined, the intensity of light, the quality of soil, and the availability of nutrients and water. For instance, some plants might grow just an inch with such limited light, while others might not grow at all. But few might grow substantially. So, options like 5 inches, 10 inches, 15 inches, or 20 inches are not accurate without more context.

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Answer:Is is secreted from the cell similar to how the protein called insulin is secreted from pancreatic cells.

Explanation:

Answer:

The second statement is incorrect.

Explanation:

The proteins generated in the rough endoplasmic reticulum can be sorted to the cell membrane, Golgi apparatus, exterior to the cell, and lysosome.  

As a component of microtubules tubulin is found in cytoplasm and these proteins of cytoplasm originate due to the translation process undergone by the cytoplasmic ribosomes, not by the ribosomes present on the rough endoplasmic reticulum. Thus, these proteins are not a component of endomembrane system.  

Answer:

Location A is at the poles and Location B is at the equator.  

Explanation:

Locations at the same place cannot receive the Sun's rays from two different directions.

That eliminates Options A and B.

The diagram shows that locations at the poles receive the Sun's rays at an angle.

Location A is at the poles and Location B is at the equator.

Answer:

Location A is at the poles and Location B is at the equator.  

Explanation:

hope it helps bye

Answer:

Hair cells are present inside the inner ear that acts as a receptor of sound. Researchers affirmed that once there is a damage to the hair cell, it can regenerate in birds.

Damage hair cell can lead to loud noise which in turn affect the ear. The supporting cells are present along with the hair cells. When the hair cells get damaged, the supporting hair cell gets the signal to start the process of regeneration.

Hair cells divide rapidly during the anagen phase, which lasts between 2 to 7 years and is marked by the active growth of hair. The hair growth cycle includes a transition phase (catagen) and a resting phase (telogen) before restarting. The growth rate during anagen is on average 0.3 mm per day.

The number of times hair cells divide in a year varies, as hair growth occurs in three distinct phases: the anagen phase, which can last from 2 to 7 years and involves rapid cell division at the hair root; the catagen phase, a brief 2-3 week period that transitions from active growth; and the telogen phase, resting for 2-4 months without new growth. At the end of the telogen phase, a new anagen phase begins, during which basal cells in the hair matrix produce a new follicle and push out the old hair. This cycle repeats throughout a person's life, and hair typically grows at an average rate of 0.3 mm per day during the anagen phase.