All of the following are filamentous proteins except? a. actin b. myosini
c. troponin d. tropomyosin

B.divergent Boundry

i wish it will help you

Answer:

I think the answer is B. Wave Erosion.

Explanation:

"The waves erode (wear away) the rock at sea level to form sea caves on either side. The waves eventually break right through the headland, creating an arch."

I hope this helps! Correct me if I am wrong.

It will be eliminated in the cytoplasm, according to the supplied statement.

The correct option is C.

The endoplasmic reticulum serves as the eukaryotic cell nucleus transportation system in addition to carrying out numerous other essential functions like protein folding.

The Golgi apparatus is a component located in all eukaryotic cells. It is also known as the Golgi complex, Golgi body, or merely simply Golgi. It is a component of the cytoplasmic endomembrane system that bundles proteins onto membrane-bound vesicles before they are transported to their destination.

The Golgi apparatus, also known as the Golgi complex, serves as a factory where proteins from the ER have been further processed and sorted before being transported to their final destinations: lysosomes, endothelial plasma membrane, or secretion.

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I understand that the question you are looking for is:

A protein undergoes post-translational processing in the rough endoplasmic reticulum and the Golgi complex. However, the protein is incorrectly folded and won't be functional. What will happen to it?

a. It will be returned to the ribosomes.

b. It will be carried to the plasma membrane for removal from the cell.

c. It will be destroyed in the cytoplasm.

d. It will travel through the nuclear pores to the nucleus.

e. It will be transported to the lysosomes in vesicles for destruction

Explanation:

Hemophilia is a disease that is characterized by an abnormal blood clotting process. There are many different proteins that are involved in the clotting process and a single mutation or change in one of them could result in serious effects. Hemophilia is characterized by an abnormal version of one of the many proteins involved in the clotting process, the proteins that are commonly affected are the coagulation factor 8 or 9 (VIII or IX). These abnormal proteins are caused by a mutation in the gene (within the DNA) that codifies for the production of each protein. In other words, a mutation in the part of the DNA, (gene F8) will lead to a dysfunctional coagulation factor VIII and a mutation in the gene F9 will lead to a dysfunctional coagulation factor IX. Importantly, these mutations could be inherited and could cause hemophilia. Therefore, an error in the DNA and subsequently, an error in the protein will cause hemophilia. Finally, it is important to mention that there are other types of hemophilia that are not caused by the above-mentioned mutations, such as acquired hemophilia.

Answer:the macromolecule which is involved in haemophilia which is passed from the parents to the children is the defect in factor number 8 of clotting cascade.

Explanation:

Blood capillaries are abundant in microVilli, and as blood is constantly flowing through them, a sharp concentration gradient is kept there.

The alimentary canal as well as the accompanying glands make up the digestive system. It is segmented into several parts, including the mouth, stomach, and the large and small intestines. These areas are where unique digestion and absorption processes occur.

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Tom, a trumpet player, asks you which muscles he should develop in order to be a better trumpeter. option A- the buccinator and orbicularis oris

The orbicularis oris muscle helps to shape and form the lips. This muscle contracts to close and protract the lips. Several mimetic muscles that elevate and depress the lips act on their position and movement. During ingesting, masticatory, blasting, and trying to suck, the buccinator muscle cooperates with the orbicularis oris and superior detrusor muscle muscles. By compressing the cheek inwards, it aids in mastication and blowing. The buccinator muscle is a major facial muscle that lies beneath the cheek. It secures the cheek to the teeth and aids in chewing.

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Answer: fatty acid

Explanation:

Answer:

The earth formed approximately 4.6 billion years ago from a nebular cloud of dust and gas that surrounded the sun. As the gas cooled, more solids formed. The dusty material accreted to the nebular midplane where it formed progressively larger clumps. ... This process continued until an earth-sized planet had formed.

The action described is the abduction of the hand, which is performed by the muscles that are innervated by the radial nerve.

The origin of these muscles is the lateral lower diaphysis of the humerus, and the insertion point is the second metacarpal bone. The radial nerve provides the innervation to these muscles, allowing them to perform the action of hand abduction. The action described, extending and abducting the hand, is performed by the muscles that originate from the lateral lower diaphysis of the humerus. The insertion point of these muscles is the second metacarpal bone.

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The cochlea is the spiral-shaped cavity of the inner ear that is responsible for the sense of hearing. It is part of the bony labyrinth of the ear and is formed by the temporal bone. Sound waves are transmitted through the ear canal and middle ear, where they are amplified by the ossicles, and then travel into the cochlea.

The cochlea is an important part of the auditory system responsible for the sense of hearing. It is a spiral-shaped cavity of the inner ear that is formed by the temporal bone. The cochlea is lined with tiny hair cells that convert mechanical sound waves into electrical impulses, which are transmitted to the brain through the auditory nerve. The cochlea is able to differentiate between different frequencies of sound waves, which allows us to perceive different pitches of sound. Damage to the cochlea, such as from loud noise exposure or certain medications, can lead to hearing loss and other auditory problems.

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Photosynthesis, which makes use of carbon dioxide and water, generates oxygen and glucose.

As the raw ingredients for photosynthesis—water and carbon dioxide—enter the cells, the products of photosynthesis—sugar and oxygen—leave the leaf. Water reaches the root and ascends to the leaves through specialized plant cells called xylem vessels.

Cellular respiration uses glucose and oxygen as input ingredients and produces ATP, carbon dioxide, and water as waste products. Many processes, some requiring oxygen and some not, take place in the body once glucose from food is ingested in order to produce energy.

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When we evaluate the a long time of objects J-N, superposition principle(s) we use so you recognize what order to place them in.

The required details for law of superposition in given paragraph

The regulation of superposition is an axiom that paperwork one of the bases of the sciences of geology, archaeology, and different fields relating geological stratigraphy. In its plainest shape, it states that during undeformed stratigraphic sequences, the oldest strata will lie at the lowest of the sequence, at the same time as more moderen fabric stacks upon the floor to shape new deposits over time. This is paramount to stratigraphic dating, which calls for a fixed of assumptions, along with that the regulation of superposition holds authentic and that an item can't be older than the substances of which it's miles composed. To illustrate the realistic programs of superposition in medical inquiry, sedimentary rock that has now no longer been deformed with the aid of using extra than 90° will showcase the oldest layers on the lowest, for that reason enabling paleontologists and paleobotanists to pick out the relative a long time of any fossils determined in the strata, with the stays of the maximum archaic lifeforms restrained to the lowest.

These findings can tell the network at the fossil file overlaying the applicable strata, to decide which species coexisted temporally and which species existed successively in possibly an evolutionarily or phylogenetically applicable way.

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Answer: A rotating updraft, or supercell

Explanation: got the answer right for this question

Prostrate gland secrete a fluid that neutralizes acidity in the surroundings to help sperm survive.

The prostate gland assumes a significant part in male proliferation. It secretes compounds, lipids, amines and metal particles fundamental for the typical capability of spermatozoa. Improvement, separation, neutralization of acidity and upkeep of the prostate organ rely upon steroid and peptide chemicals. Close to the chemicals development factors additionally control the prostate organ. This audit will zero in on the design, capabilities and method of guideline of the prostate organ.

The prostate is both an embellishment organ of the male conceptive framework and a muscle-driven mechanical switch among pee and discharge. It is tracked down just in certain warm blooded animals.

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During puberty, hormones play essencial roles in the body and processes of growing up. If during that age a girl`s body is unable to produce estrogen or progesterone, it means that a few events won`t happen. One of them is the menstrual cycle. Both estrogen and progesteron work together for the maturation of oocytes, and in the lack of estrogen and progesteron, the girl wouldn`t be fertile, and besides that, the changes that the endometrium has to go through during the period wouldn`t occur. Also, changes in the body such as breast growth and hip enlargement will also be hampered, because they are associated to those hormones as well. In the case of a boy`s body being unable to produce testosterone, the sperm production would be affected, and the boy would be infertile. Other processes like hair and genital growth, muscle gain and voice deepening would be negatively affected.

Answer:

The friends claim can be refuted using the Law of the Conservation of Energy, which states that energy can not be created or destroyed, only transferred. Therefore, the energy used to drive the car wasn’t ‘used up’, simply transferred into other forms. This is more commonly known as transferred energy.

Explanation:

hope it helps :)

Brainliest pls? Have a good day/night

Answer:

The sun is a star, this means the sun generates energy from a process called nuclear fusion. During nuclear fusion, the high pressure and temperature in the sun's core cause nuclei to separate from their electrons. Hydrogen nuclei fuse to form one helium atom. During the fusion process, radiant energy is released.

In the north, the display is called aurora borealis, or northern lights. In the south, it is called aurora australis, or southern lights. The activity that creates auroras begins on the sun. The sun is a ball of superhot gases made up of electrically charged particles called ions. I got u bro.

Explanation:

Answer:

A heterotroph, similar to a snail of some sort so hetertroph

B autotroph ()it is of leafs so they use photosynthesis to get their energy,

c. heterotroph, that is a clam and they are heterotrophs

d. heterotroph that is a trilobite

Explanation: a and d wouldn't have the surface area to do photosynthesis because of their shells

The correct question about the relationship between organisms and the environment is that organisms are affected by the environment through biotic and abiotic characteristics and can change these characteristics through their processes.

Abiotic elements or spectacles are environmental elements that consist of inanimate objects and are very influential on the life of living things, such as air, wind, sunlight, degree of acidity, salt, humidity, temperature, and soil. Biotic elements or biological elements are environmental elements consisting of invisible humans, animals, plants, and small organisms.

These two elements are interconnected to form an ecosystem. So that plants or animals need biotic and abiotic elements. i.e. for example animals need oxygen to breathe and plants need sunlight to carry out photosynthesis.

The correct option is B.

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From what we know, we can confirm that a variation that makes a gene different in some way from other genes for the same characteristics is called a mutation.

All genes in an organism are coded through a series of nucleotides. Each gene has its own sequence of nucleotides that make it unique. A mutation is a change in this nucleotide sequence caused by either external forces such as UV light, or internal errors.

Therefore, given the definition described, we can confirm that a variation that makes a gene different in some way from other genes for the same characteristics is called a mutation.

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The mutations in the bithorax gene that affect the development of the reduced wing-like t3 appendage, known as the haltere, occur in regulatory regions or control elements of the gene rather than in the coding sequence itself.

These mutations alter the expression and regulation of the bithorax gene, leading to changes in its activity during development.

The bithorax gene is a homeotic gene that controls the formation of body segments and appendages in fruit flies. It contains regulatory regions called enhancers that determine where and when the gene is expressed.

Mutations in these enhancer regions can disrupt the normal pattern of bithorax expression, resulting in abnormal development of the haltere.

For example, some mutations may cause the enhancers to be non-functional, leading to a loss or reduction in bithorax expression in the developing haltere. This can result in a complete or partial transformation of the haltere into a wing-like structure.

Other mutations may alter the timing or spatial pattern of bithorax expression, leading to changes in the size, shape, or identity of the haltere.

These mutations can affect the interactions between the bithorax gene and other genes involved in appendage development, causing developmental abnormalities.

Overall, the mutations in the regulatory regions of the bithorax gene disrupt the normal control of gene expression, leading to diverse effects on the development of the haltere in fruit flies.

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Answer:

Capillaries connect the arteries to veins. The arteries deliver the oxygen-rich blood to the capillaries, where the actual exchange of oxygen and carbon dioxide occurs. The capillaries then deliver the waste-rich blood to the veins for transport back to the lungs and heart. Veins carry the blood back to the heart.

Explanation:

Answer:

No, there are no parts of the human body that get oxygen directly from the air and not from the blood.

Explanation:

Oxygen is transported to all parts of the body through the bloodstream, and is exchanged with carbon dioxide in the lungs during respiration. The lungs are responsible for taking in oxygen from the air and transferring it to the bloodstream, which then distributes it to cells throughout the body. Oxygen is essential for cellular respiration, which is the process by which cells convert glucose into energy.

Answer:

I would say skin and lungs

Explanation:

Answer:

b. from the ocean to the land

The direction of the wind that makes the moderate temperature in the coastal regions is from the sea to the land during the day, and from land to the sea during the night.

The coastal regions may be defined as the area of land that borders the water bodies such as the sea.

The temperature of the coastal regions always remains moderate. This is because of the direction of the wind. The direction of the wind may change during the day as well as the nighttime.

Therefore, the direction of the wind that makes the moderate temperature in the coastal regions is from the sea to the land during the day, and from land to the sea during the night.

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Considering simple diffusion FD and AT process requires a concentration gradient of the transported molecule%

Facilitated diffusion is the diffusion of solutes through delivery proteins in the plasma membrane. Facilitated diffusion is a kind of passive delivery.

Even though facilitated diffusion involves delivery proteins, it's far still passive transport because the solute is transferring down the concentration gradient.

In facilitated delivery, membrane proteins assist the diffusion of materials thru the cellular membrane. The protein binds the molecule being transported at the floor of the membrane, then passes it to indoors proteins that usually shape a channel or pore in the membrane.

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The correct answer is (b) Yes because the proton pump will generate a proton gradient that ATP synthase can use to synthesize ATP for two proteins into the membrane of artificial lipid vesicles.

The light-activated proton pump from Halobacterium halobium will use energy from light to transport protons across the membrane and create a proton gradient. The ATP synthase will use the energy from the proton gradient to synthesize ATP from ADP and Pi.

The electron-transport chain is unnecessary for this system to produce ATP since the energy for proton transport comes from light instead of electron transport.

The fact that the proteins come from different organisms is not a limiting factor since they can still function together in the artificial lipid vesicles.

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The question is -

Investigators introduce two proteins into the membrane of artificial lipid vesicles:

(1) an ATP synthase isolated from the mitochondria of the cow heart muscle, and (2) a light-activated proton pump purified from the prokaryote Halobacterium halobium. When ADP and P; are added to the external medium and the vesicle is exposed to light, would this system produce ATP?

Choose one:

a. No, because no electron-transport chain is present.

b. Yes, because the proton pump will generate a proton gradient that ATP synthase can use to synthesize ATP.

c. cows and prokaryotes are so distantly related that their proteins cannot be expected to work together.

d. No, because protons are small enough to pass freely in and out of an artificial lipid vesicle.

e. No, because ATP synthase is not oriented correctly.

The ant and antlion have a predator-prey relationship, meaning that energy flows from the ant to the antlion. The correct answer is option A.

Antlions are insects that prey on ants, and the flow of energy between these two organisms is an example of a predator-prey relationship. The flow of energy begins with the sun, which provides the energy for photosynthesis in plants. Plants use this energy to produce organic compounds that can be consumed by herbivores, such as ants.

Ants are primary consumers that feed on plants and other organisms. They use the energy from these organic compounds to fuel their own metabolic processes, including movement and reproduction. Antlions, in turn, are secondary consumers that feed on ants. They use the energy from the ants to fuel their own metabolic processes and to grow and reproduce.

The energy transfer between the ant and antlion is not very efficient, as only a small percentage of the energy stored in the ants is transferred to the antlions. This is because energy is lost at each trophic level due to respiration, heat loss, and other metabolic processes. As a result, the antlion must consume many ants to obtain enough energy to survive and reproduce.

The flow of energy between the ant and antlion is part of a larger food web, which includes other organisms that consume plants, herbivores, and other predators. This flow of energy is essential for maintaining the balance of ecosystems and for supporting the diverse array of life on Earth.

So, the correct answer is option A. The energy flows from the ant to the antlion

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The complete question would be -

Describe the flow of energy between the ant and antlion.

A. The energy flows from the ant to the antlion

B. There is no energy being exchanged

C. The energy flows from the antlion to the ant

Answer:

2.811/2.11 is the density. What do you mean by sig fig?

Explanation:

Density = Mass/Volume

Answer:

The relationship changes as follows

Explanation:

When people are during adolescence , they are attracted and be  close to members of the opposite gender compared to people before adolescents who are very close to people of the same gender

Explanation:

Generally, during adolescence, the relationship between the teen and their peers increases, as during the teen years, due to many hormonal changes, the teen shows different behaviors and tends to rely more on their peers than their parents.

Many changes occur in the individual during adolescence as a result of hormonal secretions that lead to behavioral changes and changes in relationships ,here strictness is not liked by individuals at this age, so they are more likely to believe and trust their friends than their parents as there are many types of emotional changes are seen.

Hence, during adolescence, the relationship between the teen and their peers increases, as during the teen years, due to many hormonal changes, the teen shows different behaviors and tends to rely more on their peers than their parents.

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