[WIll give BRAINLIEST] What is one massive problem in the Savannah biome? What are 10 solutions to fix this problem?

The three biomolecules that are used for making ATP are Lipids (fats) , Carbohydrates and Proteins

The biomolecules also known as biological molecules serve a wide range of activities and they vary in shape and their size . It is also considered  essential to life because they help organisms develop, survive, and propagate. The biomolecules interact with one another  which play a role in the development of organisms .

There are four types of biological molecules which are carbohydrates which is used as an energy source , lipids which is used for storage and support , proteins is used for supporting essential vital functions and amino acids are the developing elements that make up proteins and nucleic acids for storing genetic information .

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The organisms that feed on dead and decaying matter are called Saprotrophs.

An organism that feeds on dead and decaying organic matter is called a saprotroph. These organisms are heterotrophic, which means that they obtain their food from other sources. They are important in the ecosystem because they break down dead organic matter and recycle it back into the soil, making nutrients available to other living organisms

Answer:

A. Saprotrophs

Explanation:

Saprotrophs are organisms that obtain their nutrients by feeding on dead and decaying matter. They play a crucial role in the ecosystem by decomposing organic material and recycling nutrients back into the environment.

These organisms secrete enzymes that break down complex organic compounds into simpler substances, such as sugars and amino acids, which they can absorb and utilize for their own growth and energy needs. Examples of saprotrophs include fungi (such as mushrooms and molds) and certain bacteria.

Unlike autotrophs, which can produce their own food through photosynthesis or chemosynthesis, saprotrophs rely on external sources of organic matter for their nutrition. They actively decompose dead plants, animals, and other organic materials, aiding in the process of nutrient recycling and decomposition.

Heterotrophs, on the other hand, are a broader category of organisms that obtain their nutrients by consuming other living or dead organisms. This includes saprotrophs, as well as other types of organisms such as herbivores, carnivores, and omnivores.

Parasites, meanwhile, are organisms that live in or on other organisms, known as hosts, and obtain their nutrients from the host while causing harm or damage to it. Unlike saprotrophs, parasites typically rely on a living host for their sustenance rather than feeding on dead and decaying matter.

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The average speed of hydrogen nuclei (protons) in a gas can be calculated using the root-mean-square speed formula:

v_rms = sqrt((3kT)/m)

where k is the Boltzmann constant (1.38 x 10^-23 J/K), T is the temperature in Kelvin, and m is the mass of one hydrogen nucleus, which is approximately 1.67 x 10^-27 kg.

Plugging in the values:

v_rms = sqrt((3 * 1.38e-23 J/K * 27e6 K) / 1.67e-27 kg)

v_rms = 1.38 x 10^5 m/s

Therefore, the average speed of hydrogen nuclei (protons) in a gas of temperature 27 million K is approximately 1.38 x 10^5 m/s.

The Lumifin's unique blend of bioluminescence, feeding adaptations, and defense mechanisms make it a captivating and enigmatic species within the Prismarium.

Introducing the Lumifin, a fascinating imaginary animal species residing in the radiant habitats of the Prismarium.

The Lumifin belongs to the phylum Luminaris and is a bioluminescent creature known for its captivating display of colors and unique adaptations.

Habitat: The Prismarium is a vibrant, crystal-filled animal park, where the Lumifin thrives.

It is a diverse environment, with prismatic rock formations, translucent flora, and shimmering water bodies that refract sunlight, creating a dazzling spectacle of light and color.

Type of Animal: The Lumifin is an arboreal omnivore, meaning it spends most of its life in the treetops and consumes both plant matter and small invertebrates.

Adaptations:

Food Habit: The Lumifin has a long, flexible tongue that can extend to remarkable lengths, allowing it to extract nectar from delicate flowers and capture elusive insects.

Its diet includes the sweet nectar of luminescent blossoms, which sustains its bioluminescent abilities.

Breathing Organs: To support its arboreal lifestyle, the Lumifin possesses highly efficient lungs with increased surface area.

These lungs enable it to extract oxygen more effectively from the air, ensuring a steady supply of oxygen during its acrobatic tree-dwelling activities.

Defense Mechanism: For protection, the Lumifin employs a combination of adaptations.

Firstly, it has the ability to change the intensity and color of its bioluminescence, allowing it to create dazzling displays to startle or confuse predators.

Secondly, it possesses a glandular system that produces a sticky bioluminescent mucus, which it can secrete as a defensive shield to discourage predators from approaching.

Its presence adds to the ethereal beauty and allure of the animal park, captivating visitors with its mesmerizing displays of light and color.

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The Lumifin's unique blend of bioluminescence, feeding adaptations, and defense mechanisms make it a captivating and enigmatic species within the Prismarium.

Introducing the Lumifin, a fascinating imaginary animal species residing in the radiant habitats of the Prismarium.

The Lumifin belongs to the phylum Luminaris and is a bioluminescent creature known for its captivating display of colors and unique adaptations.

Habitat: The Prismarium is a vibrant, crystal-filled animal park, where the Lumifin thrives.

It is a diverse environment, with prismatic rock formations, translucent flora, and shimmering water bodies that refract sunlight, creating a dazzling spectacle of light and color.

Type of Animal: The Lumifin is an arboreal omnivore, meaning it spends most of its life in the treetops and consumes both plant matter and small invertebrates.

Adaptations:

Food Habit: The Lumifin has a long, flexible tongue that can extend to remarkable lengths, allowing it to extract nectar from delicate flowers and capture elusive insects.

Its diet includes the sweet nectar of luminescent blossoms, which sustains its bioluminescent abilities.

Breathing Organs: To support its arboreal lifestyle, the Lumifin possesses highly efficient lungs with increased surface area.

These lungs enable it to extract oxygen more effectively from the air, ensuring a steady supply of oxygen during its acrobatic tree-dwelling activities.

Defense Mechanism: For protection, the Lumifin employs a combination of adaptations.

Firstly, it has the ability to change the intensity and color of its bioluminescence, allowing it to create dazzling displays to startle or confuse predators.

Secondly, it possesses a glandular system that produces a sticky bioluminescent mucus, which it can secrete as a defensive shield to discourage predators from approaching.

Its presence adds to the ethereal beauty and allure of the animal park, captivating visitors with its mesmerizing displays of light and color.

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Most water molecular move from x to y decreasing the concentration gradient of sucrose. The solution will always move down the concentration gradient.

This means the water always move from this is more water to where there is less water.

Therefore, water will move from a hypotonic solution to the hypertonic solution.

hope it helps you.

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Answer:

im 99% eveything is

Explanation:

Answer:

Hope this is helpful to u

Explanation:

As a field of science, biology helps us understand the living world and the ways its many species (including humans) function, evolve, and interact. Advances in medicine, agriculture, biotechnology, and many other areas of biology have brought improvements in the quality of life.

Thank you!

Answer:

Answer:

Skin cell

Explanation:

ells are the most basic unit of life at the smallest level of organization. Cells can be prokaryotic (without nucleus) or eukaroyotic (with nucleus). The four categories of tissues are connective, muscles, epithelial, and nervous tissues.

Answer:

p

Explanation:

Answer:

hd

Explanation:

The spinal nerves include the sensory or motor neurons sensory neuron → brain → motor neuron → muscles.

Neurons are nerve cells that are specialized to process and transmit information. The brain then processes the information obtained from the sensory neuron and sends another signal trough the motor neuron carrying the message to the muscle.

The spinal cord acts as a nerve center between the brain and the rest of our body and it contains motor neurons that transmits nerve signals from the motor cortex to the body, and the spinal cord also receives all of the sensory information from the periphery of our bodies.

Motor neurons are also known as efferent neurons, they are part of the central nervous system that transmit impulses from the brain or spinal cord to the effector organ (muscles or glands).

Therefore, The spinal nerves include the sensory or motor neurons sensory neuron → brain → motor neuron → muscles.

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Answer:

The cell cycle is composed of interphase (G₁, S, and G₂ phases), followed by the mitotic phase (mitosis and cytokinesis), and G₀ phase.

Explanation:

Source: Khanacademy

Answer:

Some body parts, for example, such as muscles, red blood cells, nails, skin, and hair, wear out and/or they die, and therefore they are constantly replaced. To replace the worn out parts and dead parts, there is need for cell division.  Other body parts last longer. For example, the liver will last as long as a person lives, and in fact liver failure is one way a person will die. Liver cells are normally not replaced, and therefore there is normally no cell division in the liver. Cell division in these body parts would simply make them bigger and bigger and that may result in illness or even death. In fact, cancer cells are cells that should not be dividing but they continue to divide non-stop because something went wrong.

Explanation:

Some body parts, for example, such as muscles, red blood cells, nails, skin, and hair, wear out and or they die, and therefore they are constantly replaced.

To replace the worn out parts and dead parts, there is need for cell division.  Other body parts last longer. For example, the liver will last as long as a person lives, and in fact liver failure is one way a person will die. Liver cells are normally not replaced, and therefore there is normally no cell division in the liver.

Cell division in these body parts would simply make them bigger and bigger and that may result in illness or even death. In fact, cancer cells are cells that should not be dividing but they continue to divide non-stop because something went wrong.

Therefore, Some body parts, for example, such as muscles, red blood cells, nails, skin, and hair, wear out and or they die, and therefore they are constantly replaced.

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Answer:

here u go mate

Explanation:

Iron deficiency anemia is typically caused by a lack of iron in the body, which can be due to a variety of factors such as poor diet, blood loss, or difficulty absorbing iron.

Answer:

Dendrites

Explanation:

Answer:

Ancestors of giraffes with shorter necks could not reach branches high up in trees for food. This led to directional selection for longer-necked giraffes.

Explanation:

The theory of Evolution by Charles Darwin and Alfred Russel states that

The image displays a food web consisting of various living organisms and is shown below:

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Answer:

To determine the total count per g of the original sample, we need to calculate the number of colony-forming units (CFUs) per gram of hummus.

First, we need to determine the number of CFUs per milliliter in the fourth decimal dilution. We know that 230 colonies developed in a plate containing 0.1 ml of the fourth decimal dilution. To determine the number of CFUs per milliliter, we divide the number of colonies by the volume of the sample:

230 colonies / 0.1 ml = 2300 CFUs/ml

Next, we need to determine the number of CFUs per milliliter in the fifth decimal dilution. We know that 19 colonies developed in a plate containing 0.1 ml of the fifth decimal dilution. To determine the number of CFUs per milliliter, we divide the number of colonies by the volume of the sample:

19 colonies / 0.1 ml = 190 CFUs/ml

Now that we have the number of CFUs per milliliter in both dilutions, we can calculate the total number of CFUs per milliliter in the original sample. We know that the sample was decimally diluted five times. Therefore, we multiply the number of CFUs per milliliter in the fourth decimal dilution by 10^5 (10 raised to the power of 5) and the number of CFUs per milliliter in the fifth decimal dilution by 10^4 (10 raised to the power of 4) to determine the number of CFUs per milliliter in the original sample:

2300 CFUs/ml x 10^5 = 2.3 x 10^7 CFUs/ml

190 CFUs/ml x 10^4 = 1.9 x 10^6 CFUs/ml

The total CFUs/ml in the original sample = 2.3 x 10^7 CFUs/ml + 1.9 x 10^6 CFUs/ml = 2.49 x 10^7 CFUs/ml

Finally, we need to determine the number of CFUs per gram of hummus. We know that 35 g of hummus was blended with 90 ml diluent. To determine the number of CFUs per gram of hummus, we divide the number of CFUs per milliliter in the original sample by the number of milliliters of diluent used:

2.49 x 10^7 CFUs/ml / 90 ml = 27722 CFUs/g

So, the total count per g of the original sample is 27722 CFUs/g.

Plant cells, parenchyma cells, collenchyma cells and chlorenchyma cell contains chloroplasts.

A chloroplast is a type of membrane-bound organelle known as a plastid that conducts photosynthesis mostly in plant and algal cells.

Moreover, chloroplasts produce energy through photosynthesis and oxygen-release processes, which sustain plant growth and crop yield. As such, chloroplasts are responsible for the biosynthesis of active compounds.

There are two distinct regions present inside a chloroplast known as the grana and stroma. Grana are made up of stacks of disc-shaped structures known as thylakoids or lamellae.

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Adolescents are fundamentally untrustworthy when it comes to their emotional worlds  does not accurately identify an aspect of adolescence that hampers effective responses to adolescent depression.

This is referred to a mental disorder which is characterized by reduced mood and loss of interest in activities.

Adolescents are not fundamentally untrustworthy and they have difficulty recognizing depression.

The options include:

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Answer:

true

Explanation:

the amswer is true have a nice day

Fracking can benefit the economy because of the following reasons:

1. The growth of fracking decreases the prices of natural gas.

2. Low fossil fuel prices, meaning the economy is boosted.

3. Fracking can cause profits for componies,

In biology, autotrophs are organisms that can produce their own food using inorganic substances, such as sunlight and carbon dioxide.

Autotrophs  are also known as primary producers because they form the base of the food chain by converting energy from the environment into organic compounds.

The topic of autotrophs is typically covered in the study of plant biology in the context of a class 7 curriculum.

The most prevalent kind of autotrophs are plants. They do this through a process known as photosynthesis, which turns carbon dioxide, water, and sunlight into glucose (a sugar) and oxygen.

Chloroplasts, specialized organelles found in plant cells, are where this process occurs.

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Answer:

Symbiosis is the biological term of the close association between two organisms where one or both benefit.

Answer:

A. a rubber tree plant.

Explanation:

Hello!

In this case, since plants perform a process called "photosynthesis", by which the carbon dioxide and water are taken into the vegetable cell and get transformed into sugar (glucose) and oxygen; the organism the perform the given reaction is A. a rubber tree plant as such reaction shows the aforementioned process. It is important to mention that the rest of them perform cellular respiration, which is the contrary one:

C6H12O6 + 6 O2 → 6 CO2 + 6 H2O

In order to get energy.

Best regards!

An environment will most likely result in the formation of coal is an area in which the remains of plants and animal remnants have collected. The correct option is B.

Thus, the environment that coal is most likely to originate in is one where plant and animal remnants have accumulated. Ancient plant and animal remnants that have been buried, heated, and compressed for millions of years are what coal is made of.

The pressure and heat from the earth's interior lead the organic material to transform into coal as it is buried further and deeper. Coalification is the name given to this process. In sedimentary rock formations, including those that were previously swamps or peat bogs, where plant debris and animal remnants was plentiful and could collect over time, coal is frequently discovered.

Thus, the ideal selection is option B.

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Answer:

Met-Ser-Lys-Val-Phe

so none of the above

Explanation:

Answer:

Ah ok. Sorry this is due to what its called, not what it is.

Explanation:

This is a table of the MRNA that is transcribed to make protiens.

The UCAG found on the graph are the different RNA bases.

A single base codes for a single part of a protien.

A codon is made up of 3 base pairs. A single codon codes for a protien.

So lets look at the first 3 bases - AUG

This looks like MET

So, let me show you how I found this:

The first base pair is A, looking at the left 4 letters, we see is the third row down.

The second base pair is U, looking at the top, we see is this first row.

Now we know its the third row down, and the first one to the left.

So now we have 4 possible protiens.

To find the exact one, use the third base pair, which is G. This is the bottom of the mini row found in the right side.

Doing this, we find that MET is the protien.

To be honest I dislike this table, so I will be using the one attached below.

Anyway, this MET protient removed option B.

Next we have Codon CUC

Looking at my graph below, I see that CUC codes for LEU.

This removes ooptions A and D, leaving C.

But now we need to check wether it is C or none of the above.

Again, I take codon AAG, and find lys. This is in anser C.

I take codon UGC, and find cys. This is in answer c.

Finally, I take codon UUC, and find PHe. This is answer c.

So C is your answer.

Hope this makes sense and helps!

I personally find my graph easier to use, and fi you agree, then I suggest you use it!