Are you inferring when you interpret what you have observed?

New ideas are discovered as a result of accumulated knowledge and a being's interest or necessity.

Science is the endeavor and development of scientific and interaction with the natural and social worlds through a systematic and evidence-based methodology.

Many consider Aristotle to be the first scientist, despite the fact that the term predates him by even more than two millennia.

He spearheaded the techniques of reasoning, observation, inquiry, and demonstration in Greece in the fourth century BC.

Since they are based on evidence, scientific theories are far more reliable and likely to be true than other types of ideas. Developing new scientific ideas is all about gathering evidence.

Thus, the idea in the science is replaces or can be modified later.

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Ideas in science are continually tested and revised, and new observations can lead to the refinement or replacement of existing theories, known as paradigm shifts. Scientific ideas evolve over time based on evidence, and established theories can be challenged by compelling new data, contributing to a greater understanding of the natural world.

What happens to ideas in science? In essence, science is a dynamic and evolving field, where ideas are continually being tested, revised, and replaced. These changes to scientific understanding happen due to new observations, experiments, and technologies that challenge current theories. For example, Mendel's laws of inheritance were not dismissed with new genetic discoveries; instead, they were incorporated into a broader understanding of heredity. This process of refinement and sometimes radical change, also known as paradigm shifts, is fundamental in science and was described by Thomas Kuhn. Over time, through an accumulation of evidence and scientific rigor, ideas are strengthened or discarded, contributing to an ever-more detailed and accurate understanding of the natural world.

While established theories, like those of evolution, cell theory, and the physicochemical theory of life, are widely accepted due to robust supporting evidence, scientists maintain an openness to alternative explanations and remain vigilant for new data that might suggest revisions. Scientific ideas are not static; they are continually tested against the observable universe, refined, and improved to enhance their explanatory and predictive power.

Eastern grey squirrels were most likely introduced in 1975 because that's when the data starts to decrease.

Efforts to increase the pine marten population probably began around the year 2000, that's when the red squirrel population started to increase again.

C. Noble gases do not normal react with other elements

Answer:

Complete dominance Result from successive mutations of the same GENE.

Explanation:

Answer:

Multiple Alleles  result from successive mutations of the same gene.

Explanation:

Multiple alleles or polyalelia is the situation where a gene (genotype) presents three or more alleles, not just two, for the same chromosomal locus (gene address), determining a characteristic (phenotype).

Multiple alleles are the result of successive mutations in the genes of a given locus. Each mutant gene that emerges establishes a condition for the appearance of yet another new phenotypic expression of that particular character in that species.

Answer:

Valence electrons.

Explanation:

Electron, proton and neutron are the sub atomic particles of the atoms. The electrons revolve around the nucleus whereas the protons and neutron remains inside the nucleus.

The water contains hydrogen and oxygen. The electrons are shared between the hydrogen and oxygen to form the new compound water. The electrons participate in the formation of compound because they are present outside the nucleus.

Thus, the correct answer is option (D).

A permanent magnet is permanent while an electromagnetic acts as a magnet when electric current passes through.

It’s a temporary magnet but yes, it can be magnetic

It can be reversed due to which way the current is moving

This means when there isn’t a current it can turn off causing it to turn on and off depending on the current

The answer is D

Hope this helps! :3

Considering the definition of electromagnet and permanent magnet, the correct answer is option D: An electromagnet is different from a permanent magnet because a electromagnet can turn on and off.

An electromagnet is magnetized by the magnetic field generated by an electric current in a coil of wire. The more current flows through the coil, that is, the stronger the magnetic force of the electromagnet.

A permanent magnet is an object capable of maintaining the state of magnetization for a long period of time. Unlike an electromagnet, a permanent magnet can remain in an active state without external support.

So, an electromagnet is nothing more than a magnet whose magnetic field is produced by the passage of electric current. Its behavior is very similar to that of a permanent magnet, with the difference that its intensity can be controlled, increased and decreased, changing the intensity of the electric current that circulates. When the current is finished circulating, when it is disconnected, the magnetism disappears.

For its part, the permanent magnet does not depend on electric current for its operation and to provide its magnetism. The permanent magnet is, as the name implies, permanent, so it is permanently magnetic.

In summary, the correct answer is option D: An electromagnet is different from a permanent magnet because a electromagnet can turn on and off.

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Answer:

11. E

12. B

13. C

14.D.

15. A

16. E. Stroke

17. A. Alzheimer's Disease

18. Encephalitis

19. Concussion

20. Brain tumors

Explanation:

11. The occipital lobe is found at the lower back of the brain. This is the smallest lobe, and it is also known as the visual center of the brain because it helps us process or interpret what we see with our eyes.

12. The frontal lobe is found, as the name suggests, in the front portion of the brain. It controls higher order of thinking skills (this means cognitive skills) like problem solving, decision making, and the like.

13. The pituitary gland is also known as the master gland. It is deemed so because it controls other glands in the endocrine system. It is about the size of a pea and it is found between the the hypothalamus and pineal gland.

14. Technically, the frontal lobe is responsible for language, speaking and memory. However, the frontal lobe, along with the other 3 lobes of the brain is part of the Cerebrum. It is the largest part of the brain.

15. The medulla oblongata is part of the hindbrain, specifically located on the brainstem. It is the lower half of the stem that connects to the spinal cord. It controls functions of the autonomic nervous system like breathing, heart rate, and the like.

16. Stroke happens when the blood supply to the brain is impeded or is insufficient. This deprives the brain of oxygen and the cells in the affected part of the brain then die.

17. Alzheimer's disease is a degenerative disease. It is called degenerative because it is progressive, The brain cells in the cerebrum start to deteriorate and affects the functions that the cerebrum controls.  

18. Encephalitis is the inflammation of the brain. It can be caused by many things but infection is usually the cause, particularly viral infections. There are two types of encephalitis: primary encephalitis, which happens when the infection is in the brain itself; and secondary encephalitis, which happens when the infection occurs somewhere else other than the brain.

19. Concussion is a type of trauma to the brain. It usually occurs after a blow to the head that causes your brain to shake inside your skull. A concussion can lead to an altered mental state or even unconsciousness.

20. Brain tumor is the abnormal growth of tissue in the brain. Actually, any abnormal growth of cells is a tumor.  Brain tumors can grow on the brain or can also occur as a result of another tumor growing in another part of the body and it metastasizes (spreads) to the brain.

Answer:

Characteristics of Chordata. Animals in the phylum Chordata share four key features that appear at some stage during their development: a notochord, a dorsal hollow nerve cord, pharyngeal slits, and a post- tail (Figure 2). In some groups, some of these are present only during embryonic development.

Answer:

D

Explanation:

Answer:

C. 6.4

Explanation:

Answer:

A (Brainiest pls)

Explanation:

Resistor is the passive component that reduces the flow of current. Switch is the electrical device that turns on or off the current by closing and opening the electrical circuit.

Answer:

haploid

Explanation:

Answer:

A

Explanation:

Answer:the correct answer is c

Explanation:

Answer:

the answer is microfilaments

Explanation:

Answer:

micro filaments

Explanation:

Actin makes up cytoskeleton fibers called micro filaments

Answer:

It is lost as heat.

Explanation:

As energy is transferred from one trophic level to the next, energy involved in metabolic processing(breaking of chemical bonds) is converted into heat energy.  

Energy from metabolic activity, or the breakdown of chemical bonds, is transformed into heat energy when it is passed from one trophic level to the next.

A linear relationship is created when an organism depends on another for its nutritional needs and that other organism depends on another. Raymond Lindemann presented the 10% law of energy transmission in a food chain.

According to the 10% law of energy transfer, this occurs whenever energy is moved from one trophic level to another. There is a significant reduction in energy until it reaches the topmost trophic level since only 10% of energy transfers to the next trophic level and 10% of that energy level goes to the next energy.

The food chain has a total of four trophic levels. Grass makes for the first trophic level and is present at the producer level. It gets solar energy, utilizes the majority of it to prepare food, and only uses a little percentage of it. Rabbits are at the fourth trophic level and constitute the seemed trophic level, receiving 10% of their energy from them.

Therefore, the rest of the energy is lost in the form of heat.

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Answer:

Hi,

The correct answer option is B; A tapeworm latches itself in the intestines of a rat, feeding off all the nutrients eaten by the rat

Explanation:

In parasitism, one of the organism, the parasite lives in or on the other organism namely the host causing it harm and sometimes death.For example a tick that lives on dogs is a parasite.In this answer choice, the rat is the host whereas the tapeworm is the parasite.

Best of Luck!

Answer:

A tapeworm latches itself in the intestines of a rat, feeding off all the nutrients eaten by the rat.

No mark I brainy, I'm jus agreeing wit other person.

Answer:  True

Explanation:  I can't really explain, I'm really sorry.

I believe it is true

Sexual Selection. Meaning: natural selection arising through preference by one sex for certain characteristics in individuals of the other sex.

The Natural selection that results from one sex's desire for particular traits in people of the other sex.

Thus, Members of one biological sex choose partners from the other sex to mate with (intersexual selection) and compete with other members of their own sex for access to partners from the other sex (intrasexual selection) in this form of natural selection.

Because of these two types of selection, some people in a population are more likely to successfully reproduce than others, for example because they are more attractive or choose to have children with attractive partners.

Frequent mating and having exclusive access to one or more reproductive females are advantageous to successful males.

Thus, The Natural selection that results from one sex's desire for particular traits in people of the other sex.

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Answer: mesosphere

Explanation:

Answer: From what I have researched and studied in the past the answer is the mesosphere.

Explanation: Hope this helps! I have had this question in the past.

Answer:

yes

Explanation:

B/C you can do anything you put your mind to

Final answer:

Working in veterinary science or medicine is interesting due to the variety of animals vets treat, the numerous fields they work in, and the impact they have on animal and human health. The career encompasses clinical practice to research, requiring extensive knowledge in animal anatomy, physiology, and diseases. For animal lovers and science enthusiasts, this profession offers a fulfilling path.

Explanation:

Embarking on a career in veterinary science or medicine can indeed be very interesting and rewarding. These professionals are dedicated to treating a wide variety of animals, including but not limited to pets like dogs and cats, as well as livestock such as cows, pigs, sheep, and horses. Their roles are diverse, ranging from clinical practice to research and public health. In clinical settings, veterinarians address diseases, disorders, and injuries in animals, applying their knowledge of animal anatomy, physiology, microbiology, and pathology. These skills are essential for diagnosing and treating conditions in different species, especially since animal physiology and biochemistry vary greatly. Additionally, some veterinarians are involved in research that expands our understanding of medical science and zoonotic diseases, which are diseases transmitted from animals to humans. The educational requirements for veterinarians are rigorous, involving extensive coursework in comparative zoology, anatomy, and physiology, as well as foundational sciences like chemistry and physics.

Answer:

Explanation:

Explanation: Mid oceanic ridge is the region along the spreading of the sea floor occurs. Along this ridge, the magma come out to the surface, and lava forms pillow shaped rocks such as pillow basalt.

Answer:

Bioremediation

Biological augmentation

Biodiversity expansion  

Pollution cleanup  

Explanation:

Biological augmentation is the method where plastics eating fungus are sent to landfills.

The process of sending plastic-eating fungi to landfills represents a solution to manage plastic waste, a significant environmental challenge. Fungi, especially saprobes, are known for their ability to decompose organic matter and certain synthetic materials. This bioremediation technique, if successful, could help in reducing persistent plastic waste.

The process where plastic-eating fungi are sent to landfills represents an ecological strategy to address our growing plastic waste problem. Fungi, most of which are saprobes, play a crucial role in the decomposition process, breaking down organic matter and in some cases, synthetic materials like plastic.

Plastic waste, much of which is single-use, is a significant environmental issue due to its persistence in our ecosystems, particularly in landfills where a single plastic bottle can take up to 450 years to decompose. With a staggering daily disposal rate of 50 million bottles in the U.S. alone, the plastic problem is intensifying.

Fungi primarily derive their nutrients from decaying organic matter, often breaking down compounds such as cellulose and lignin into absorbable glucose molecules. This ability has led to this decomposer's potential use in bioremediation, where organisms are used to help reduce pollution and waste. Considering their propensity for decomposition, certain fungi species that can eat plastic are being developed and investigated, which if successful, could provide a sustainable way to reduce the problematic buildup of plastic in our landfills.

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Answer:

Inferior vena cava

Answer:

superior vena cava

Explanation:

just did it

Answer:

Homologous structures

Explanation:

Homologous structures are parts of the body or bones that are found in seemingly different animals, but they are similar in structure and can be similar in function as well. Homologous structures indicate that these different species descended from a common ancestor.

Answer: homologous structure

Explanation:

Answer:

ATP releases energy stored within the molecule by the procedure known as ATP hydrolysis. In the hydrolysis of ATP, the energy gathered in the high-energy phosphoanhydride bonds in ATP gets discharged due to the dissociation of these bonds, like in muscles, where work is generated in the form of mechanical energy.  

The products formed in the process are inorganic phosphate and ADP. This ADP can get further dissociated to produce AMP and another orthophosphate.  

Answer:

meteorites are made of the original material from which Earth formed

Explanation:

Meteorite is a fragment that passes through the earth's atmosphere and strikes the earth.

It is a metallic or stony body which is able to enter the earth.

Meteorites are widely believed to have formed with the earth when the solar system and other planets formed. They contain records of the earth's original composition. This is the main reason why they are suitable for radioactive dating. Example is the Stony Antarctica meteorites. Some of these meteorites have preserved their original composition.

Meteorites can be classified as stony, iron and stony-iron.

Some special set of meteorites contains lumps of materials that are thought to have formed first. These lumps are called chondrules. Meteorites with chondrules are called chondrites. These chondrules are rich in radioactive minerals and are very suitable for dating the earth.

Some meteorites also contain some black carbon matter that has been analysed to be amino acid. This has been very useful in understanding how life formed on earth. It provides an exotic origin of life on earth. These types of meteorites are called carbonaceous meteorites.

A good meteorite for dating would be one that is still very intact and has not weathered. Weathering affects the effectiveness of using earth materials for dating.

Meteorites provide evidence of Earth's interior composition because they are made of materials from which Earth originally formed, offering insights into the solar system's history and Earth's early building blocks.

Scientists use meteorites that hit Earth to provide evidence of the composition of Earth’s interior because they hypothesize that meteorites are made of the original material from which Earth formed. Meteorites offer a glimpse into the early history of the solar system and are composed of primitive materials that have not been altered by heat or pressure since their formation. These celestial objects are believed to be remnants from the solar system's formation process, providing crucial information about the materials that constituted early Earth before it underwent differentiation and chemical processing. The study of meteorites helps scientists to understand the building blocks of Earth by offering a comparison with Earth’s interior composition, particularly the mantle and core.

Answer:

B) Pawpaw, fern, grass

Explanation:

The pawpaw, fern, and grass are all part of the Plantae kingdom. They all share the same basic characteristics, and they all have a same distant ancestor. All three, even though they don't look alike a lot, are true plants, having well developed root systems, steams, and complex leaves through which they perform the process of photosynthesis. The ferns are the oldest of the three, having existed since the Carboniferous period, and they are plants that reproduce via spores. The pawpaw is part of the flowering plants, and these plants are much recent as they only occurred at the end of the Cretaceous period. The grass is the most recent of plants, occurring only around 25 million years ago, and it uses the nature to disperse its seeds and reproduce.

Answer:

The correct Answer is B. Pawpaw, fern, grass

Hope This Helps!

Answer:

not all of them are the right answer its only

protection programs

conservation

Explanation:

i just took the test and it was right

Answer:

its Corona for Apex

Used the other answer and it wasn't it so here it is smh.

Explanation:

Prominences are indeed a common phenomenon observed in the Sun's atmosphere, specifically in the solar chromosphere and corona.

A prominence is a relatively cooler and denser structure composed of solar gases, primarily hydrogen and helium, that becomes visible as a bright, arch-like or loop-like feature extending from the Sun's surface. Location: Prominences are located above the Sun's visible surface, known as the photosphere, in the outer layers of the solar atmosphere. They are best observed during solar eclipses or through specialized solar telescopes equipped with filters to block out the intense brightness of the Sun's photosphere. Types of Prominences: There are two main types of solar prominences: quiescent prominences and eruptive prominences.

prominences are prominent features seen in the Sun's outer atmosphere, characterized by arch-like structures formed by cooler and denser solar gases. They are manifestations of the Sun's complex magnetic activity and provide valuable insights into solar behavior, contributing to our understanding of solar physics and space weather phenomena.

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Answer: Guanine always goes with Cytosine

Thymine and Adenine always pair so

Guanine goes with Cytosine!

Hoped that helped :)

the answer is cytosine