if you were designing a policy to protect islands from invasive species what types of islands would you choose to focus on and why

The motor nervous system is a system present in the brain to help animals to speak, move and breathe.

Motor neurons are cells in the brain and spinal cord that enable locomotion, speech, swallowing and breathing by sending commands from the brain to the muscles that perform these functions. Nerve fibers are the longest in the body, with single axons extending from the base of the spinal cord to the toes.

For motor functions, there are the oculomotor nerve, trochlear nerve, trigeminal mandibular nerve (V3), abducens nerve, facial nerve, glossopharyngeal nerve, vagus nerve, spinal nerve accessory muscle and N. hypoglossus muscle. These are the working of the motor nervous system.

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Answer:

Crashing into the asteroid would cause the satellite to slow down, stop, or reverse direction, because it is a force in the opposite direction to the satellite's motion. Whichever crash was a stronger force would cause it to change motion more. It takes a stronger force to change the velocity of a more massive object.

Explanation:

Big change occur in the motion of the satellite when it is hit by a big and heavy object.

The crash greatly affected the motion of the satellite because the other object comes to the satellite in opposite direction which slower down the speed and sometimes also reverse the motion of the satellite.

That crash will bring great change in the motion of the satellite which is hit by a big and heavy object whereas if the object is small than it only slow down the speed of the satellite so we can conclude that the interaction with greater object will greatly affected the motion of the satellite.

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The major glycolytic pathway used by plants and animals is the Embden-Meyerhof pathway, also known as the glycolytic pathway.

This pathway involves the conversion of glucose to pyruvate via a series of enzymatic reactions that occur in the cytoplasm of the cell. The glycolytic pathway consists of 10 steps and is divided into two stages: the energy investment phase and the energy generation phase. In the energy investment phase, two molecules of ATP are used to convert glucose to fructose-1,6-bisphosphate.

In the energy generation phase, fructose-1,6-bisphosphate is converted to pyruvate, generating four molecules of ATP and two molecules of NADH. The glycolytic pathway is an important source of energy for cells and is involved in many metabolic processes, including the production of ATP, the synthesis of glycogen, and the production of precursors for other metabolic pathways.

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Litter may seem like a minor form of pollution, but it can still have negative impacts on the environment and ecosystem. However, there are other forms of pollution that are more concerning and have larger, long-term effects.


Litter can harm wildlife, contaminate water sources, and create an unsightly environment. It can take a long time for litter to decompose, leading to a buildup of waste over time. However, compared to other forms of pollution such as air pollution, water pollution, and climate change, litter may not have as significant of an impact in the long run. These forms of pollution can have severe consequences on the health of individuals and the planet as a whole.


While litter should still be addressed and reduced, it is important to recognize the larger and more pressing forms of pollution that require attention and action. Taking steps to reduce air and water pollution, as well as addressing climate change, are critical for the health and well-being of our planet.

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A tremendous quantity of energy is released when an enzyme removes a phosphate group from ATP to create ADP. This energy is needed by the cell for several metabolic activities as well as the creation of macromolecules like proteins.

The phosphate groups that connect via phosphodiester linkages make ATP a great energy storage molecule to serve as "money". These electronegative charges that are connected with the bonds act as a repulsive force on the phosphate groups, making the bonds high energy.

By transferring a phosphate group to another molecule, ATP is able to fuel cellular operations (a process called phosphorylation). The coupling of the release of energy from ATP to the cellular processes that need energy is carried out by specialized enzymes.

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Answer:

Hormones stimulate the pancreas to release enzymes needed to break down food.

The percentage change in urine output of the patient after the treatment is 50%.

If the percentage change in urine output of a patient after treatment is 50%, it means that the urine output has increased or decreased by 50% compared to its initial value. The initial urine output of a patient was 800 ml/hr. After treatment, the patient's urine output rose to 1200 ml/hr. To find out the percentage change in urine output, we will use the following formula: Percentage change = (New value - Old value) / Old value * 100Where,Old value = 800 mL/hr. New value = 1200 mL/ hr Using the above formula, Percentage change = (1200 - 800) / 800 * 100= 50%. Therefore, the percentage change in urine output of the patient after the treatment is 50%.

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Answer:

reactants.

Explanation:

Answer:

the top and bottom one

Explanation:

animals breathe in oxygen and plants make oxygen

some animals eats plants and other animals eat animals( who eat plants) therefore indirectly benefiting from plants along with directly

animals don need chlorophyll

plants "breathe" in corbon dioxide not animals

The symptoms that a doctor says indicate that there is a problem with one's body are that the sugar in urine, which is in the second option, is not normal because the sugar returns to the blood during the filtration.

High levels of sugar in the urine indicate uncontrolled diabetes and metabolic disorders like the Fanconi syndrome, where the body is unable to reabsorb sugar from the urine. This can lead to high levels of sugar in the blood, which can damage blood vessels and lead to serious health complications.

Hence, the symptoms that a doctor says indicate that there is a problem with one's body are that the sugar in urine, which is in the second option, is not normal because the sugar returns to the blood during the filtration.

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Answer:

An exoskeleton is the outermost layer of the skeletal system and the most defensive/resistant to force.

Golgi bodies synthesize(s) carbohydrates and put(s) finishing touches on proteins synthesized at rough endoplasmic reticulum.

These refers to the structures which are found in cells and are responsible for the various functions and metabolic reactions which goes on in them and examples include nucleus, vacuole etc.

There are different types of organelles such as rough endoplasmic reticulum which has ribosomes which is responsible for protein synthesis needed by the cells while the golgi bodies are responsible for the synthesis of carbohydrates.

This is therefore the reason why golgi bodies and rough endoplasmic reticulum were chosen respectively as the most appropriate choice.

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Answer:The fizzing of soda is a physical change that involves the release of gaseous carbon dioxide. During fizzing of a soda, you can see bubbles of carbon dioxide in the soda rise to the top. A bottle of soda doesn't fizz when it is closed because the pressure is higher, and keeps the carbon dioxide dissolved in the liquid.

Explanation:

The main role of vessel X is to transport de-oxygenated blood away from the brain, while simultaneously providing fresh, oxygen-rich blood to the brain.

This exchange of oxygen-poor blood for oxygen-rich blood helps to ensure that the brain has an adequate and continuous supply of oxygen - something that is essential for proper brain functioning and health.

Furthermore, vessel X also serves as a means to drain CSF (cerebrospinal fluid) from the brain to the circulatory system.

This is important for maintaining the proper balance of fluid within the brain and preventing further potential damage.

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Complete question:

What is the role of vessel X (a Type of blood filter) ? (Select all that apply)

- To deliver oxygen rich blood to the brain

- To drain CSF from the brain

- To remove de-oxygenated blood from the brain

Answer:

C. Angle

Explanation:

Answer:

1: Reduced weight/high strength to weight ratio

2: High strength to weight ratio

3: Strong/durable/flexible

Explanation:

Honestly I just looked it up but I got them from construction websites so they should be correct. Hope this helps!

The arrangement of abdominal muscles provides them with effective protection and containment of the abdominal viscera.

The abdominal muscles, including the rectus abdominis, external obliques, internal obliques, and transversus abdominis, play a crucial role in protecting and containing the abdominal viscera. Their arrangement and structure contribute to their effectiveness in performing this function.

The abdominal muscles are layered and arranged in such a way that they form a strong and flexible abdominal wall. The rectus abdominis muscles, commonly known as the "six-pack" muscles, run vertically down the front of the abdomen and provide stability and support. The external obliques, internal obliques, and transversus abdominis muscles wrap around the sides of the abdomen in multiple layers, forming a protective sheath. This layered arrangement adds strength and rigidity to the abdominal wall, making it resistant to external forces and impacts.

Additionally, the abdominal muscles are interconnected with connective tissue called fascia. This fascia forms a network of supportive structures that hold the abdominal organs in place and prevent them from shifting or herniating. The fascia acts as a natural barrier, providing further protection and containment of the abdominal viscera.

In conclusion, the arrangement of the abdominal muscles, with their layered structure and interconnected fascia, makes them well-suited for their job of protecting and containing the abdominal viscera. They provide stability, strength, and flexibility to the abdominal wall, ensuring the organs are safeguarded and properly positioned within the abdominal cavity.

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Answer:

Brain and Heart

Explanation:

Hope this helps :)

Answer:stuff like

Explanation:

Answer:

D. Comes from the food we eat.

The body "retrieves" glucose rather than "producing" it. via the meals you consume. Carbohydrates are the MAIN (NOT the "ONLY") source of glucose in our diet. In essence, all meals that most people consume too much of are simply made of lengthy chains of sugars, or carbohydrates. Cakes, breads, tubers (potatoes, etc.), ALL grain goods, beans, rice, maize, a variety of vegetables (lima beans, peas, and many others), as well as sweets and candies (sugar is the most fundamental form of glucose), and so on.

All carbohydrates are quickly converted by our digestive systems into glucose; the process is rather quick and straightforward, taking only a few seconds for sugars and a few minutes for most breads and other foods. Corn and potatoes take a little bit longer, but we're still talking minutes here.

If you eat no carbohydrates (which is difficult to achieve, but you can absolutely substantially reduce your carb intake), your body will make glucose from the proteins and fats you consume. Your body will extract what it needs from proteins and fats through a process known as "gluconeogenesis," which is the "production of new sugar." The process is far more complicated and takes longer (an hour or three, depending on what you consume).

Glucose is the energy source that our cells utilize to "run" our bodies. Here is a brief introduction to carb chemistry.

Glucose is the kind of sugar that we refer to as "blood sugar." Glucose is ONE of MANY different forms of sugars. BUT it's the most fundamental. The simplest kind of carbohydrate is a monosaccharide.

Carbohydrate, often known as moistened carbon, is a chemical compound. Six carbon (C) and six water (H2O) molecules make up glucose, as shown in the table below. The formula is C6H12O6, where 6xC=C6 and 6xH2O=H12O6. EVERY carbohydrate is a variant on the carbon and water motif (Carbon, plus Hydrogen and Oxygen).

Monosaccharide is slang for "one sugar"... Because it cannot be "broken down" any more, glucose is the simplest sugar, along with fructose (fruit sugar) and galactose, which have the same formula but distinct bonds keeping the atoms together in a slightly different shape (milk sugar). These sugars are readily converted to glucose because they have the same fundamental chemical components as glucose. Thereafter, the...

Disaccharides. Or just say double sugars. These are produced from the union of two monosaccharides (which they do readily). Sucrose, maltose, and lactose make up the majority of the disaccharides; other, less prevalent types include lactulose, trehalose, and cellobiose.  ALL disaccharides have the chemical formula C12H22O11 - which is the molecules of two monosaccharides, MINUS one water molecule: 2(C6H12O6) = C12H24O12, less H2O = C12H22O11.

It just becomes a lot more challenging from there... But in brief, all carbs are easily converted into glucose and can "chain together" to build lengthy chains and/or rings of these CHO groups (also known as carbonyl and hydroxyl groups, depending on the bonds and structure). The polysaccharides, sometimes known as "many sugars," are derived from the disaccharides and can grow to be highly complex, but they are still just collections of the same C, H, and O atoms.

Carbohydrates are present in ALL PLANTS, especially after they have been "processed" to make bread, pasta, french fries, rolls, rice teriyaki, and other foods. In the end, all they are is extended chains of sugar molecules.

SO… carbohydrate is essentially sugar – even the slightly more complex versions (like corns, potatoes, rice and so on). ALL grain-based products are carbohydrates. These are all quickly “converted” to glucose by our digestive systems.

This is how the body "gets" glucose, then. Whether you refer to it as "production" or just "absorption," it CANNOT produce glucose out of thin air. To "create" glucose, we need to ingest the chemical building blocks.

If there is more glucose than what is required for current cellular activity, it is stored as glycogen, which is a denser form of the same molecules (meaning more of it can be stored in a smaller space) and which can be quickly converted back to glucose and used by the cell. The bloodstream delivers the glucose to active cells (ALL cells need it, from skin cells to heart cells). The liver and the long muscles store glycogen. Anytime blood glucose levels fall, the liver just secretes more into the circulation until the reserves are depleted. When the muscles it is stored in are working, long muscle stores are utilised. Any further extra glucose is then stored as fat. Over the course of evolution, these fat reserves were used up during famines, enabling the creature to survive.

Simple. Your body retrieves glucose from the carbohydrates in your food that you eat.

Thanks,

Eddie

Answer:

The bowling ball would hit the ground faster.

Explanation:

I know this because the bowling ball has a greater mass than the tennis ball causing the gravity to pull it faster.

Answer:

Some reactions produce sulfur: hydrogen sulfide chemosynthesis: 18H2S + 6CO2 + 3O2 → C6H12O6 (carbohydrate) + 12H2O + 18S. Instead of releasing oxygen gas while fixing carbon dioxide as in photosynthesis, hydrogen sulfide chemosynthesis produces solid globules of sulfur in the process.

Explanation:

The chemosynthesis word equation is:

Carbon dioxide + Water + Inorganic compounds (such as hydrogen sulfide or ammonia) → Organic compounds + Oxygen

Chemosynthesis is a process that certain organisms use to create organic chemicals using the energy released during the oxidation of inorganic substances. These species are usually bacteria or archaea.

Chemosynthesis, in contrast to photosynthesis, uses chemical energy produced by oxidizing molecules like hydrogen sulfide or ammonia as its energy source.

Oxygen is produced as a byproduct while carbon dioxide, water, and inorganic substances are transformed into organic substances (like sugars).

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Answer:

C.

Explanation:

Carrying capacity is dependent on available space and nutrients in a given area. Better soil will allow for more crops which means more people can be supported!

The option that most likely increases the carrying capacity for humans in a certain region is better soil for growing food. Thus, the correct option is C.

Carrying capacity may be defined as the maximum number of individuals that can be supported by a habitat.

Carrying capacity always depends on two factors:

Therefore, the option that most likely increases the carrying capacity for humans in a certain region is better soil for growing food. Thus, the correct option is C.

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Answer:

carbon

Explanation:

because because it is not an element

Answer:

The cell wall is mainly present in plant cells while the cell membrane is present in the animal cell. The cell wall is made of cellulose whereas cell membrane lipids and proteins The cell wall is completely permeable while the cell membrane is semi-permeable

The cell wall is mainly present in plant cells while the cell membrane is present in the animal cell. The cell wall is made of cellulose whereas cell membrane lipids and proteins The cell wall is completely permeable while the cell membrane is semi-permeable.

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A certain lottery has 37 numbers. 37,449 different ways can 5 of the numbers be selected.

We may utilize the idea of combinations to determine how many distinct ways there are to choose 5 integers from a set of 37.

Combination formula is as follows:

nCk = n!/(k!*(n-k))!

Here, out of a possible 37 integers, we wish to choose 5 of them. As a result, we can compute it as:

37C5 = 37! / (5! * (37-5)!)

Simplifying the phrase:

37C5 = 37! / (5! * 32!)

Now let's figure out the factorials:

37! = 37 × 36 × 35 × 34 × 33 × 32!

Eliminating the common terms:

37C5 = (37 × 36 × 35 × 34 × 33) / (5 × 4 × 3 × 2 × 1)

figuring out this expression:

37C5 = 37,449

Therefore, assuming the sequence of selection is irrelevant, there are 37,449 possible ways to choose 5 numbers from a set of 37.

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