Consumers at each trophic level convert only 10% of the energy in their food to energy for themselves. What happens to the other 90% of the energy their food produces

Organisms are classified into kingdoms based on a variety of factors, but primarily on the basis of structure, behavior, size, and habitat. So all the given options are correct.

First and foremost, structure is the most important factor in determining the kingdom to which an organism belongs. Morphology, or the physical structure of an organism, plays a vital role in the classification process. For example, the vast majority of animals are classified as members of the Animalia kingdom, due to their possession of a backbone and other characteristics that distinguish them from other organisms.

Behavior is also used as a criterion for kingdom classification. Organisms are grouped into different kingdoms based on the behaviors they exhibit, such as their mating habits, feeding behavior, and even their social organization. For instance, many fish, birds, and mammals are grouped together in the Animalia kingdom due to their similar behaviors.

Size is another factor that is taken into consideration when classifying organisms into kingdoms. Generally, larger organisms are grouped in the Animalia kingdom, while smaller organisms, such as bacteria and protists, are placed in the Protista kingdom.

Lastly, the habitat of an organism is also used to assign it to a certain kingdom. Different kingdoms are characterized by certain habitats, such as the Animalia kingdom is associated with land-based habitats. Thus, when an organism is found to live in a certain habitat, it is generally assigned to the kingdom associated with that habitat.

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Answer:

B . Growth factor.

hope it is helpful to you

Answer:

endocrine

Explanation:

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Three major agents of pollination are:-

1. Insect

2. Wind

3. Water

Answer:

simple carbohydrate

Explanation:

Following mitosis, each individual cell uses matter to grow. Individual cells produce matter to expand after mitosis.

Six carbon atoms, twelve hydrogen atoms, and eighteen oxygen atoms are reorganized in this process from one configuration in the reactants to another configuration in the products using the energy of the sun. Because the same atoms are present on both sides of the reaction, mass is conserved.

A tree's main component by weight is carbon. Carbon is derived from carbon dioxide, which is used in photosynthesis. Plants use photosynthesis to transform solar energy into chemical energy, which is stored in the bonds of carbon molecules made of water and carbon dioxide from the atmosphere.

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Answer:

they might mate because of there similarities and there similaritie is the fact they eat the same food.

Explanation:

unless they are different types of animals because no animal will mate with another unless they are both the same type, if they are not the same type they feel uncomfortable.

The pipe is a long tube in the ground that connects the magma chamber to the Earth's surface. Magma leaves the volcano through the vent and becomes lava.

A magma chamber is a large pool of liquid rock which is present beneath the surface of the Earth. The molten rock, or magma, in such a chamber is comparatively less dense than that of the surrounding country rocks, which produces buoyant forces on the magma that tend to drive it upwards.

The magma moves up through a pipe, a long tube in the ground which connects the magma chamber to the Earth's surface. The pipe is the tube which connects the magma chamber to the vent. Molten rocks and gases leave the volcano through an opening called as the vent.

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Glands that secrete hormones into spaces that the hormones eventually diffuse into the blood stream from are called endocrine cells.

Endocrine cells launch hormones into the intercellular spaces, from which they diffuse unexpectedly into surrounding blood vessels and from there in the course of the body. Micrograph (b) of the anterior pituitary gland indicates the standard capabilities of endocrine glands. On the opposite hand, endocrine glands secrete their materials at once into your bloodstream. They're referred to as ductless glands. Endocrine glands are a part of your endocrine system, and that they secrete hormones. Examples of endocrine glands encompass your pituitary gland, thyroid gland and adrenal glands. Endocrine glands launch hormones into the bloodstream. This shall we the hormones tour to cells in different elements of the body. The endocrine hormones assist manipulate mood, boom and development, the manner our organs work, metabolism, and reproduction.

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Answer:

Secondary succession is more common and usually occurs faster than primary succession because the substrate is already present.

Explanation:

Hope it helped:)

Proximal promoters may be located tens of kilobases away from the transcriptional start site.

The correct answer is A.

While enhancers are frequently located many kilobases (kbp) upstream or downstream of the transcription start site, proximal promoters are typically situated within a few hundred base pairs (bp) away from the start site. Core promoters define both the transcription start site and the region where the fundamental transcriptional machinery will initiate transcription. The control of gene expression at the transcriptional level is crucial for many biological processes. In eukaryotes, there are tens of thousands of protein-coding genes, and each one has an own transcriptional pathway. Trans-acting DNA sequences called transcriptional enhancers, proximal promoters, and core promoters are responsible for encoding these transcriptional programmes.

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Cilia are microscopic, hair-like projections found on the outside of eukaryotic cells or internal organs, and protozoans.

Several internal organs, including the lungs, trachea, and digestive system contain epithelial cells with motile cilia. They are also present on protozoans, such as paramecium, and aid in motility. In the dendritic knob of the olfactory neuron are the non-motile cilia. Cilia are structures on the surface of cells whose function it is to propel water in a specific direction relative to the cell. Like many single-celled organisms, this process can either cause the cell to move through the water or cause the water and its contents to move across the cell's surface.

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Explanation:

As I think Option 2 is the correct one.

Answer:

solid will change to liquid and then gas

Explanation:

melting, evaporation

I know that the kittens come from the same litter because they have a similar appearance.

We know that the term reproduction would have to do with the process by which the organisms that are part of a species would be able to produce the young ones that are of the same kind with them.

We know that if the kittens do come from the same litter that there would be some kind of resemblance that they carry that would show that the genes that they are having do come from a common source.

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Reason behind Frameshift mutations are severe because A) When a frameshift mutation occurs, it causes changes in many bases downstream and can affect many of the amino acids in the protein.So,correct option is A.

Fundamentally, a frameshift mutations causes changes in the hereditary material, codons, and proteins, which can prompt numerous difficulties and issues, some of which are the Tay-Sachs sickness, however it can likewise make an individual be more inclined to specific malignant growths.

A frameshift mutations (likewise called an outlining mistake or a perusing outline shift) is a hereditary change brought about by indels (additions or cancellations) of various nucleotides in a DNA succession that isn't distinct by three. Because of the trio idea of quality articulation by codons, the inclusion or erasure can change the understanding edge (the gathering of the codons), bringing about something else altogether from the first. The previous in the succession the erasure or addition happens, the more changed the protein. A frameshift mutation isn't equivalent to a solitary nucleotide polymorphism in which a nucleotide is supplanted, as opposed to embedded or erased.

Hence,correct option is A.

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Answer: There are genes that code for different cell receptors that detect foreign substances. And for the immune system to fight these superbugs, the genes encoding these receptors must mutate and evolve. Humans have a slow rate of evolution, slower than bacterial evolution. Then not only human genes mutate at a very slow rate, but insect genes mutate very fast and can improve their strategy to evade the immune system.

Explanation:

A mutation is a random change in the nucleotide sequence or in a gene, which produces a variation in its characteristics and which is not necessarily transmitted to the offspring. They occur spontaneously by the action of mutagens, which are physical, chemical or biological agent that changes the genetic information of an organism and thereby increases the frequency of mutations above the natural level. In multicellular organisms, mutations can only be inherited when they affect the reproductive cells, called gametes (egg and sperm) A consequence of mutations can be, for example, a genetic disease, or it can also be a favorable improvement such as being able to fight against a virus. However, even if in the short term mutations could detrimental, they are essential for our long-term existence becuase without mutations there would be no change, and without change life could not evolve.

The immune system is the body's natural defense against infections, such as bacteria and viruses. The body attacks and destroys invading infectious organisms by the coordinated action of cells and proteins. Any substance or compound produced by an organism is a potential antigen when it is recognized as foreign by the immune system of another organism, whether it is of the same or a different species. In addition, the genes code for different cell receptors that detect these foreign substances. And for the immune system to fight these superbugs, the genes encoding these receptors must mutate and evolve. But, humans have a slow rate of evolution, slower than bacterial evolution. Then not only human genes mutate at a very slow rate, but insect genes mutate very fast and can improve their strategy to evade the immune system. Therefore, the human population may not have mutations that improve the immune system to help it fight againts these superbugs.

Answer:

moth is herbivore because they only eat plants

mice is a omnivore because they eat both plants and animals

and producer is corn because producers are plants because they make their own food through Photosynthesis

and sorry I don't know the other one

the producer in the food chain is corn.

Over time, an adaptation that will make it easier for herbivores to acquire food is a long neck.

An herbivore is an organism that mostly eats plants. A herbivore can be any size, from tiny insects like ants to huge, massive elephants. Herbivores make up a substantial portion of the food web, which is a description of the species that eat other animals in the wild.

We are physically herbivorous, despite the fact that many people prefer to consume both plants as meat, giving us the questionable moniker of "omnivores." The good news is that it's still possible to dine like our ancestors: Vegetables, fruits, nuts, and legumes form the foundation of a wholesome vegan diet.

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Answer:

A headlamp is a lamp attached to the front of a vehicle to illuminate the road ahead. Headlamps are also often called headlights, but in the most precise usage, headlamp is the term

Explanation:

I hope that helps

Answer: Well obviously there will be a light you would be seeing, and I’m pretty sure the headlight turned on for a reason which is: there might be something in front of the car that the headlight detected. Or the headlight wants to make sure you see where you are going.

Explanation: I did a brain proccess and thought with my head and got this I don’t know what any other reason why a headlight would turn on automatically. I hope this helped :)

The cell is the fundamental unit of life and its structure is highly dependent on the amount of DNA it contains. As such, if a cell gets too large for the amount of DNA it has, it can lead to a range of problems for the cell. This is because the amount of DNA a cell contains determines its size, shape, and the number of processes it can carry out.

One consequence of having too little DNA for a large cell is that it will not be able to divide properly during cellular reproduction. This is because the DNA is responsible for providing instructions to the cell about how to divide and replicate itself, and if there is not enough DNA present, the cell will not be able to divide correctly. As a result, the cell may become deformed or contain abnormal structures or functions.

In addition, when the cell is too large for the amount of DNA it has, it often results in a decrease in the amount of proteins it produces. This is because the DNA is responsible for providing instructions to the cell on how to produce proteins, which are essential for cell growth and development. Without enough DNA to provide these instructions, the cell cannot produce the necessary proteins and is not able to function properly.

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There are three introns A molecule of pre-mRNA in a eukaryotic cell has four exons and three introns.

The number and size of introns differ widely. The mammalian DHFR gene comprises 6 exons totaling around 2000 nucleotides, yet the gene is 31,000 bases long. Similarly, alpha-collagen contains 50 exons ranging from 45-249 bases, and the gene is approximately 40,000 bases long.

Exons and introns are present in the earliest messenger RNA products when genes are transcribed. However, introns are deleted during the splicing process, leaving just exons in the final mRNA and utilized to determine which proteins are generated.

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Complete question:

Drag the tiles to the correct boxes to complete the pairs. Identify the types of inheritance based on the expression of alleles in the organism. dominant recessive multiple presences of many alleles for the trait to be expressed  the presence of two alleles for the trait to be expressed  presence of a single allele for the trait to be expressed ​

Answer:

Explanation:

Answer:

Gün boyunca aklınıza gelen olumsuz düşüncelerin farkında olun.

Öncelikle bu olumsuz düşünceleri fark edin. Zihninize daha çok gece mi, gündüz mü, yoksa yorgun olduğunuzda mı geliyorlar? Bu olumsuz düşünceler için bir günlük tutun ve o anda nasıl bir fiziksel enerjinizin olduğunun farkına varın. Bir müddet sonra, bu şekilde olumsuz düşünme biçimlerine ne tarz olayların, hangi kişilerin ve durumların sebep olduğunu fark etmeye başlayacaksınız.

Düşüncelerinizle mücadele edin ve bu olumsuz düşüncelerinizi çürütecek gerçekleri aramaya başlayın.

Düşüncelerinizi mercek altına almaya çalışın. Eğer doğrudan olumsuz sonuçlara atlıyorsanız düşüncelerinizi mercek altına almaya çalışın. Olumsuz sonuca varmadan önce kendinize bir zaman aralığı ayırmanız, istenmeyen düşünceleri dağıtabilir. Sadece 10 dakika beklemeyi deneyin. Olumsuz düşüncelerin sizi nasıl terk ettiğini göreceksiniz.

Olumsuz düşüncelerinizin yerine geçebilecek bazı alternatif düşünceleri şu şekilde sıralayabiliriz:

Ben sürekli her şeyin kötü olacağını düşünüyorum ama aslında geleceği tahmin etmek imkânsız.

İnsanların bana nasıl karşılık vereceklerini sürekli tahmin etmeye çalışıyorum ama bunu tahmin etmek imkânsız çünkü ben insanların zihinlerini okuyamam.

Suçlayıcı düşüncelerin yerine daha yapıcı ifadeler kullanmaya çalışın. Bu yapıcı ifadelere örnek olarak şunlar verilebilir:

Olanları tahmin etmek mümkün değildi, ben elimden geleni yaptım.

Bir şeylerin bu sefer yolunda gitmemesi benim beceriksiz olduğum anlamına gelmez.

Yeni bir beceri ediniyor ya da öğrenme sürecinde bir zorlukla karşılaştığınızda, ilk etapta karşılaştığınız zorlukları başarısızlık olarak değerlendirmeyin; geçici bir aksilik olarak görün.

Hatta buradaki “başarısızlık” kelimesini “sıçrama tahtası” olarak değiştirin.

Nazik bir şekilde düşüncelerinize düzeltmeye çalışın; şunun gibi soru ve ifadeler kullanabilirsiniz: “Bugün bir problemle karşılaşmam, yarın da aynısı olacağı anlamına gelmez.”, “Neden böyle olumsuz düşünüyorum ki?”

Kendinden emin bir vücut dilinin egzersizini yapın. Rahatlamış ve farkında bir şekilde vücudunuzun açık bir duruşta olmasını sağlayın. Kendinizi sağlam, dengeli hissetmeye odaklayın ve derin ...

Explanation:

En yi eçersen evinirim

The major functions of the cilia are locomotion, attachment, feeding and sensation.

The ciliary apparatus is connected to cell cycle progression and proliferation, and cilia play a vital part in human and animal development and in everyday life.

The length of a single cilium is 1-10 micrometres and width is less than 1 micrometre.

Cilia are broadly divided into two types. They function separately and sometimes together:

'Motile' (or moving) cilia are found in the lungs, respiratory tract and middle ear. These cilia have a rhythmic waving or beating motion. They work, for instance, to keep the airways clear of mucus and dirt, allowing us to breathe easily and without irritation. They also help propel sperm.

Primary cilia appear typically as single appendages microtubules on the apical surface of cells and lack the central pair of microtubules (e.g. in kidney tubules).

In the kidney, for example, cilia bend with urine flow and send a signal to alert the cells that there is a flow of urine.

In the eye, non-motile cilia are found inside the light-sensitive cells (photoreceptors) of the retina. These cilia act like microscopic train-tracks, and allow the transport of vital molecules from one end of the photoreceptor to the other.

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Hormones are released by endocrine glands by three mechanisms including humoral stimuli, neural stimuli, and hormonal stimuli.

Humoral stimuli, hormonal stimuli, and neurological stimuli are the three main ways that endocrine glands are triggered to produce and release hormones. A change in extracellular fluids like blood or the ion content in the blood that impacts the release of hormones is known as a humoral stimulus. A hormone is released in reaction to a hormonal stimulus, which is the release of another hormone. Some endocrine glands release hormones when they are stimulated by hormones produced by other endocrine glands. When the neurological system directly triggers the release of hormones from the endocrine glands, this is referred to as a neural stimulus.

Negative feedback is primarily responsible for controlling hormone release and production. A stimulus causes the release of a substance in negative feedback systems; when the substance reaches a specific level, it sends a signal that prevents further release of the substance. By doing this, a specific range of hormone concentrations in the blood is maintained.

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