ASAP please please

The graphs below show the effect of light intensity on the rate of photosynthesis at different carbon dioxide concentrations.Explain what the graphs show.

Answer:

glycogen; glucose-6-phosphate

Answer:

Diabetes insipidus or diabetes mellitus in very poor control would most likely be indicated by polyuria.

Explanation:

An uncommon condition called diabetes insipidus makes the body produce excessive amounts of urine. Individuals who have diabetes insipidus can produce as much as 20 quarts of pee each day, compared to the average person's 1 to 3 quarts. The above condition, known as polyuria, causes individuals to regularly have to urinate. They could also have polydipsia, which is characterised by persistent thirst and excessive hydration.

Diabetes insipidus and diabetes mellitus are not the same. Despite the fact that both illnesses might make a person thirstier and urinate more frequently, they are unrelated.

The blood sugar, commonly known as glucose, is just too high if one have diabetes mellitus. By letting the additional glucose travel through the urine, the kidneys attempt to eliminate it.

The blood sugar levels are acceptable if you have diabetes insipidus, while the kidneys struggle to effectively concentrate urine.

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the higher magnifications on the microscope, focal adjustments should be made using the fine focus knob

What is magnification?

Magnification is the process of enlarging something's apparent size rather than its actual size. This enlargement is measured in terms of a calculated quantity known as "magnification." The term "minification" or "de-magnification" is frequently used to describe a reduction in size when this number is less than one.

Magnification frequently refers to enlarging graphics or images to view more detail, boosting resolution, using a microscope, printing methods, or digital processing. The viewpoint of the image is unaffected by image magnification in every situation.

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Answer:

from my opinion na ......

Answer:D) evaporation

Explanation:

The accurate answer is transpirtation :)

Visceral fat that wreaks havoc on your metabolic processes and puts you on the path to disease. It wraps around your abdominal organs deep inside your body.

A healthful quantity of visceral fats withinside the common individual is round 10%. A lady with a waist dimension of extra than 35 inches and a person who has a waist larger than forty inches are in all likelihood to have extra visceral fats. Regular cardio exercising is a extremely good manner to shed visceral fats. It's usually called cardio, and it burns a variety of calories.

In fact, many research have proven that cardio exercising will let you lose visceral fats, even with out dieting.visceral fats appears to be bad diet, especially one it's excessive in brought sugar and easy carbohydrates . That ends in weight benefit it's frequently tough to lose, especially with inside the belly area.

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The relationship that between the mass of prey, kill of prey, and the total energy available per kill is that their value decreases along the way  to the predator.

Predator-prey relationships are food relationships that exists between two organisms where one organisms kills and eats another for food.

An example of a predator-prey relationship is the relationship between the lion and the zebra.

In a  predator-prey relationship;

In conclusion, a  predator-prey relationship exists when one organisms kills and eats another for food.

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Multiplying the magnifications of the objective and optical lenses yields the overall magnification of a microscope.

To calculate the overall magnification, you must first determine the optical lens's power of magnification.

Ordinarily, the ocular lens magnifies ten times.

Check the objective lens's magnification capacity. The magnification is printed on the side of the lens. The previous value may have been 4X, 10X, 40X, or 100X.

The compound light microscope's overall magnification is calculated by dividing the power of the ocular lens by the power of the objective lens. For instance, using a 10X ocular and a 40X objective would result in a 400X total magnification. The compound light microscope can magnify objects up to a maximum of 1000X.

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The areas for speech are found in the frontal and temporal lobes.

The areas for speech are preferably found in the frontal and temporal lobes of our brain. Our brain is primarily responsible for all bodily functions. The brain has many parts like the medulla, cerebellum, and cerebrum. The cerebrum is the largest part of the brain and is the primary organ for speech. The cerebrum has two hemispheres which are divided into smaller regions called lobes. These include temporal, frontal, parietal, and occipital lobes.

The frontal lobe and the temporal lobes are primarily responsible for speech. They are located on the front and side of the brain above the ears. The frontal lobe is the largest of the four lobes and is responsible for many functions. Broca's area is a part of the frontal lobe which is responsible for turning your words and thoughts into verbal words. Another Wernicke's area is situated in the temporal lobes and is responsible for processing and understanding the languages and words of speech. Arcuate fasciculus is a band of nerves that connect the above two areas.

The areas of speech are Broca's area and Wernicke's area which are found in the frontal and temporal lobes respectively.

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All biological organisms are composed of extremely similar, basic units with very similar properties, according to the generally recognized cell theory.

Theodor Schwann put forth the classical cell theory in 1839. This theory consists of three components. According to the first section, cells make up all organisms. Cells are the fundamental building blocks of life, according to the second portion.

Since the creation of the classical cell theory, technological advancements have made it possible to make more precise observations, which have resulted in fresh understandings of cells.

The modern cell theory was created as a result of these discoveries, and it has three main additions: first, that DNA is transferred between cells during cell division; second, that cells in all organisms belonging to the same species are largely similar in terms of their structural and chemical makeup; and third, that energy flow occurs within cells.

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Describing objects through various models provide insight into their detailed structure (physical, chemical and molecular) as well as it supports its occurrence based on various theories.

Model is the representation of an object in a study. Model can be designed or explained scientifically. Model is based on the approach or hypothesis for a particular study.

Models can be constructed on the basis of various aspects such as physical, theoretical, mechanical, chemical, biological or symbolic. A model can be useful in describing the structure, properties or facts about the object. Model can also be used for comparing two objects.

Thus, models are an important element in the study of objects.

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Each peak in the waveform corresponds to a different Length fragment into reaction.

Alternating current (AC) waveforms show how AC changes over time. The sine wave, which gets its name from how the current or voltage varies with the sine of the passing time, is the most well-known type of AC waveform.

A sinusoidal input at the terminal for non-inverting input. the input terminal for the inverting device's ground voltage. As far as we are aware, the sinusoidal signal is positive for one half cycle and negative for the next. The output will fluctuate between + Vcc and -Vcc. Consequently, a square wave will be the result.

Independent output terminals simultaneously provide access to the sinusoidal, triangular, and square waveform outputs.

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Bulbourethral gland is not part of the secretions that made up the semen.

At the start of the internal section of the male reproductive organ, beneath the prostate gland, is the bulgurethral gland, also known as Cowper's gland. The bulbourethral glands have ducts that drain into the urethra, the tube through which both urine and semen enter. One of the tasks of the gland is to add fluid to semen during the process of ejaculation. They are made up of a network of tiny tubes, or tubules, and between the tubules are sac-like structures made of elastic and muscular fibers that provide the glands their structural support. Mucus, a viscous protein complex, is contained in droplets within the cells of the tubules and sacs. The clear, viscous fluid secreted by these glands serves as a lubricant, a flushing agent that cleans the urethra before to the ejaculation of the semen, and it may also aid to make the semen less watery and offer a proper living habitat for the sperm. The bulbourethral gland serves as a support system for the semen, as seen by the functions listed above.

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In the absence of carbohydrates, ketones are produced from the incomplete breakdown of body fat.

The body produces a small number of ketones all the time but the quantity increases when the amount of carbohydrates increases or the amount of fatty acids increases.

These ketones act as a substitute supply of energy when the supply of carbohydrates is short. This happens during dieting and fasting when the glucose level gets lower in the body.

Ketones are made in the liver by the breakdown of fats. Fats are increased because the fat cell releases the fats due to low insulin and normal level of glucagon and epinephrine.

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Whenever you turn the pages of a book, use your pen to take notes, or raise your hand, you know that this is possible due to your somatic nervous system

The peripheral nervous system, which permeates practically every portion of your body, is divided into the somatic nervous system. This system's nerves transmit data from your senses to your brain. They also transmit orders from your brain to your muscles, allowing you to move.

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Answer:

5 centimeters

Explanation:

Answer:

If body temperature is too low, chemical reactions slow down. If body temperature is too high, chemical reactions speed up.

Explanation:

Which is why it is essential to have a normal body temperature in order chemical reactions to catalyze (continue).

Fluid mosaic model

The basic structure of the plasma membrane is a diverse collection of proteins floating within a lipid framework, which is often referred to as the fluid mosaic model.

Due to the following characteristics of cell membranes, which are depicted using a fluid-mosaic model:

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Answer:

i noticed your question was slightly incomplete, let me know any more information in the comments box.

Carbon emissions are greenhouse gases with the highest levels of emissions in the entire atmosphere. This surely causes global warming and climate change. Carbon emissions occur whenever too many nonrenewable resources are released into our atmosphere.

Hope this helps you.

The disorders which have a known chromosomal inheritance pattern include the following:

This is referred to any type of syndrome which is characterized by malfunctions in the body system as a result of the abnormal number of chromosomes present.

Down syndrome is characterized by three copies of chromosome 21 being produced.Turner syndrome affects only females and is characterized by the X chromosome being absent fully or partially. On the other hand, fragile x syndrome occurs as a result of a mutations in a gene on the X chromosome.

This is therefore the reason why options A, B and D were chosen as the most appropriate choice.

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Ribosomes are known as the site of protein synthesis. Prokaryotic ribosomes are smaller than eukaryotic ribosomes.

Antibiotic therapy may be defined as a type of technique through which antimicrobial substances like penicillin, streptomycin, chloramphenicol, tetracycline, etc. are activated against bacteria.

Antibiotics such as tetracycline, erythromycin, and streptomycin can specifically target bacterial ribosomes & not harm the host's eukaryotic ribosomes. This is because eukaryotic genes are not highly susceptible to antibiotic substances.

Therefore, the importance of the differences between prokaryotic and eukaryotic ribosomes with regard to antibiotic therapy is described.

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Answer:

Each of the six groups of extraocular muscles is innervated by a different cranial nerve.

Explanation:

Superior oblique, inferior oblique, superior rectus,  and inferior rectus are all located on the Cranial Nerve Number 3. The lateral rectus is located on Cranial Nerve Number 6.

The extraocular muscles are indeed the 7 extrinsic muscles of something like the human eye. These 4 recti muscles, both superior as well as inferior oblique muscles, and indeed the levator palpebrae superioris are the 6 extraocular muscles that control visual stimuli and eyelid lifting, accordingly. The location of the eye just at the time of muscle contraction affects the activities of the 6 ocular muscles.

The typical tendinous ring, the fibrous ring near the rear of the orbit, is the basis of a 4 extraocular muscles known as the recti.

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Receptor-mediated endocytosis differ from phagocytosis because it only brings in specifically targeted substance.

Endocytosis is the process of bringing material into a cell by encasing the necessary material in vesicles. Either macromolecules or particles may be included in the substance to be ingested. A portion of the plasma membrane, which pinches off inside the cell to create an endocytic vesicle, surrounds them. Phagocytosis, pinocytosis, and receptor-mediated endocytosis are the three types of endocytosis.

The size of the vesicle produced during phagocytosis and pinocytosis differs from one another. In contrast to receptor-mediated endocytosis, which involves the entry of targeted macromolecules that are recognized by the particular receptors in the plasma membrane, phagocytosis involves the taking in of massive solid materials that form a huge vesicle termed a phagosome.

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The belief that women were neither concerned nor troubled with sexual feelings was typical of the Victorian Era.

Women in the Victorian era were suppressed and treated unequally to men. They were not even allowed to talk about undergarments to buy them and were forced to stay committed to a single man, her husband, after marriage. Women at that time were expected to stay modest and pure.

In the Victorian era, sex was not discussed openly, and ideas were confined. Dealing with inequality, women were expected to stay in a marriage with their husbands and not be involved in sex with any other man except their spouse. However, men were allowed to have extramarital affairs and women could not even ask for a divorce.

Women were not allowed to fulfill their physical desires. Instead, it was believed that sexual relations for women could not be of any concern for desires or feelings. But this was a luxury reserved for men.

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Answer: True

Explanation:

A mutation in the dna that changes the sequence of a codon but does not change the amino acid sequence of the protein describes a Silent mutation.

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Fern test uses a vaginal fluid specimen to differentiate amniotic fluid from urine and other body fluids.

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In addition to being surrounded by a thick layer of adipose tissue known as perirenal fat that helps to protect it, each kidney is held in place by connective tissue known as renal fascia."

The control of the body's overall energy homeostasis involves the adipose tissue, a key metabolic organ. The white adipose tissue serves as a vital energy source for other organs, but the brown adipose tissue stores lipids for cold-induced adaptive thermogenesis." White adipose tissue (WAT) and brown adipose tissue (BAT), which may be seen distinguished depending on tissue color, have historically been considered two different forms of adipose tissue. These depots' white and brown adipocytes display physiological variances that give birth to distinct tissue functions. The primary function is to store energy, but it also protects the body from cold and heat, cushions sensitive organs, and secretes hormones and biological substances. Brown adipose tissue, on the other hand, is primarily found in fetuses and newborns.

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In animals, an intentional, programmed death of some cells occurs through a process called apoptosis.

Multicellular organisms go through a process called apoptosis, which is a type of programmed cell death. The morphology and death of cells are influenced by biochemical processes. The following modifications occur: chromatin condensation, DNA fragmentation, mRNA decay, nuclear fragmentation, cell shrinkage, and blebbing. The daily loss of cells by the typical adult human due to apoptosis ranges from 50 to 70 billion. Between twenty and thirty billion human cells die every day in children between the ages of eight and fourteen on average.

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Gene's doctor taps him on the knee and his leg kicks out. The motion of his leg makes deep tendon reflex (DTR).

Lower motor neuron lesions have varying effects on tendon reflexes, also referred to as myotatic reflexes. The efferent limb of a tendon reflex will not function if a muscle loses all motor neuron innervation. Lower motor neuron lesions are frequently accompanied by hypoactive or absent reflexes.

This is frequently caused by the simultaneous activation of muscle spindle sensory afferent fibers inside peripheral nerves or roots, though.

Muscle stretch reflexes, which are deep tendon reflexes, are carried out by neuromuscular spindles. They are the only objective aspect of the clinical assessment. The patient may intentionally change their responses to the motor and mental examinations, their performance on sensory tests, or even their stride, for a number of different reasons.

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