I need help with this question please and thank you, I’m not sure if I’m correct

The answer is A. Frontal lobe. It is mainly involved in decision-making and movement.

The other options are incorrect because:

The occipital lobe is responsible for visual information.

The temporal lobe helps process auditory information.

The parietal lobe is basically involved with sensory processes, and attention.

Answer:  

1. it generates cellular energy

2. it can be carried throughout the cell which gives it an advantage over the TCA and oxidative cycles

The skin is the largest organ of the human body. It has three layers: epidermis, dermis, and hypodermis.

The epidermis is the outermost layer. It is composed of keratinocytes, a type of epithelial cell that produces keratin. The compact nature of the epithelial cells of the epidermis makes the skin waterproof. Melanocytes are also found in this layer and produce melanin, or skin pigment. The epidermis function as protection against UV rays.

The dermis is the inner thicker layer that is mostly composed of connective tissue and connected to the epidermis by collagen fibers. The structures found in this layer are the hair follicle, hair root, sebaceous gland, and sweat gland. The dermis function is to excrete excess oils and waste out of the body through the production of sweat and production of vitamin D with specialized cells found in this skin layer.

The hypodermis is the innermost layer that is composed of adipose tissue. It functions as a cushion between the muscles and the skin.

Since glucose is required for muscle contractions, a proper glucose metabolism is crucial for optimal health.

When the muscle contracts, the GLUT4 glucose transporter moves glucose from intracellular storage depots to the plasma membrane and T-tubules, allowing it to enter the muscle cell.

A little quantity of glucose is kept in the brain, but the majority of it is kept as glycogen in the liver and skeletal muscles.

Exercise-induced muscle contraction boosts glucose absorption in skeletal muscle in addition to insulin stimulation. The facilitative GLUT4 is redistributed from intracellular storage vesicles in response to both stimuli.

Therefore, it is false that  both the liver and skeletal muscle can store glucose as glycogen.

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The apparent weight of the submerged gold is 57N.

So, the weight of mercury is 13500kg/m³ × (0.1m)³ = 13.5kg = 132.3N.

The initial weight of gold is 19320kg/m³ × (0.1m)³ = 19.35kg = 189.3N.

Therefore, the apparent weight of the submerged gold is 57N.

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The ways God gave us to develop our knowledge include:

God created man to be unique from all other of his creations. The Bible said that God created man in his own image. This means that God has created us to demonstrate and to cultivate his own special qualities such as:

God created man with a special brain that is far superior to all other creations.

He also created man with hands to enable him to work with them.

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Observation is the act of carefully watching something over time.

Experimentation Scientists may perform experiments in the lab or in the field. lab experiment gives the researcher more control, the artificial setting does not reflect the complex interactions that occur in nature.

Field experiment, on the other hand, gives a more accurate picture of how organisms interact in a natural setting.

Modeling scientists use computer and mathematical models to describe and model nature. example, It is possible for some people to learn and adapt to completely new computer systems at work, while others have adjusted to the challenges of working remotely.

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Answer:

The answer is C) The molecules cool and eventually form clouds

Explanation:

The 3 postulates of the Cell Theory are:

-Every living being is composed of cells, therefore they are the minimal functional unit of life, in their different levels of structural complexity. One single

cell is enough to make up an organism, but also multiple cells can organize in colonies or in a single organism, diversifying their functions and having a margin of independence quite elevated as a whole.

-All of the vital functions of living organisms have a place inside the cell, through biochemical processes and are controlled by substances that the cell secrete. Each cell operates as a unique open system, that exchanges matter, and energy with its environment in a controlled way. Moreover, in each cell of an organism are present the same vital functions that are in the organism itself, that is birth, growth, reproduction, and death.

-Every existing cell comes from a previous cell, by cell division, or by formation from stem cells.

Cross a round yellow seed, which is heterozygous for both traits with a wrinkled green seed, which is homozygous for both traits.

Fusion of gametes Yy (yellow seeded) and yy (green seeded)

Thus, in F1 generation the ratio of yellow seeded plants to that of green seeded plants is 50:50.This cross is called as test cross where F1 generation is crossed with recessive parent.

In other case When a homozygous yellow round seeded plant(YYRR) is crossed with another homozygous pea plant with green wrinkled seeds(yyrr). The offspring's formed in the F1 generations are heterozygous Yellow round seeds(YyRr)

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Answer and explanation:

1. sources of error- in the experiment, the amount of carbon dioxide released by east is monitored, a source of error could be the carbon dioxide present in the atmosphere which would interfere with the results.

2. baking recipes add sugars and molasses to provide carbohydrates for the yeast. this acts as a source of energy for the fermentation process.

3. the respiration of yeast could be monitored by measured the amount of sugar used or by measuring the amount of ethanol produced in the respiration process

4. high concentrations of sugar my inhibit yeast activity most likely because of the high osmotic concentration which prevents yeast from getting enough water for growth. as the osmotic concentration increases a yeast cell will reach a pont where water moves out of the cell.

Blood types are determined by the proteins present on the surface of the red blood cells.

• In blood type A, red cells have A antigens and there are anti-B antibodies in the plasma.

• Blood type B has B antigens and anti-A anitbodies

• Blood type AB has A and B antigens and no antibodies

• Blood type O, has ,no antigens ,and ,both anti-A and anti-B antibodies.

Is important not to pair antigens and antibodies, as the antibodies of the recipient will attack the antigens.

For example, if a person with O blood type receives AB blood, the patient's anti-A and anti-B antibodies would attack the donor's blood because the red cells have A and B antigens.

This means that a person with O blood type can only receive blood type O because those red cells don't have any antigens on their surface (option b).

Answer: A. Bone tissue.

Explanation: Trust me.

Answer: B

Explanation:

Neurofibromatosis 1 has an autosomal dominant inheritance pattern.

Unlike other types of autosomal dominant conditions, for which one copy of the dominant gene is enough to express the trait/ sickness, for this condition the individual should carry both dominant alleles to trigger the formation of the tumors.

Answer:

im pretty sure its c but this is what i found on the web: the atmospheric temperature is at or below freezing (0°C or 32°F).

Explanation:

Answer:

im pretty sure its c but this is what i found on the web: the atmospheric temperature is at or below freezing (0°C or 32°F).

Explanation:

Chlorophyl absorbs the light at both endpoints of the visual expectrum, which means that ir absorbs the light of the blue and red wavelenghts.

The red wavelength is absorved on a higher rate than the blue wavelength.

Membrane proteins are those structures that are joint to the membrane of the cell, which allows it to have communication between its inside and its outside, but they have a limited size, and because of that, they keep great polar molecules outside the cell, also receive messages from neighboring cells, and recognize other types of cells, but they are not involved in the catalyzation of chemical reactions in the cells, since their function is mainly allow the movement of molecules from inside to outside or vice versa, and, as we've seen, also the communication between other cells.

So the answer to this question is D. Catalyzing chemical reactions in the cell, what they don't do.

In developing countries with high population rates, people generally thrive at a trophic level of 2.2.

Trophic levels are the positions that feed in a food chain or web. The population size diminishes as you move up the trophic levels of an environment.

Numerous consumers consume food at various trophic levels. When people eat plants like vegetables, they are the primary consumers. When they eat cows, they are incidental consumers. When they eat fillets, they are secondary consumers.

Higher trophic levels typically have fewer creatures since there is less energy there. At higher trophic levels, organisms are often greater in size, but because there are fewer of them, there is less biomass produced. The total mass of all trophic-level creatures is known as biomass.

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Answer:

because u can be drowned till the life guard on duty comes

Explanation:

A colony forming unit, or CFU, is a unit commonly used to estimate the concentration of microorganisms in a test sample. The number of visible colonies (CFU) present on an agar plate can be multiplied by the dilution factor to provide a CFU/ml result.

A measure of the quantity of viable colonogenic cells per milliliter is called a colony forming unit (CFU). These give an idea of how many cells are still alive and able to divide and create small colonies.

Colony-forming unit (CFU, cfu, or CFU) is a unit used in microbiology to measure the number of viable microorganisms (bacteria, fungi, viruses, etc.) in a sample that can multiply through binary fission under controlled conditions.

Colony forming units, or CFUs, are frequently used to calculate the number of microorganisms present in a test sample.

A CFU/ml result can be obtained by multiplying the number of visible colonies (CFU) present on an agar plate by the dilution factor.

Therefore, A colony forming unit, or CFU, is a unit commonly used to estimate the concentration of microorganisms in a test sample.

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Transposable elements are DNA sequences, genes. With the capacity to move inside the genome, that is to say, they can change their position in the genome by themselves. Due to this ability to change position, they have been widely studied, although many times insert themselves on inactive genomic regions, they have contributed to genetic diversity and generating polymorphisms, which in turn have an impact on the evolution. Also in a low percentage of cases can generate genetic illnesses in early embryonal states, like some ehemofilias or leukemias.

The nerves in the body send signals along their pathway to the spinal cord, then to the brain. Once the signals reach your brain, your body registers the sensation, and you are able to feel it. Sensory signals travel so fast that it seems like you get the message instantaneously.

The scientific term for rising crust is uplifting.

Uplifting is the sudden appearance of the land or rocks that were buried deep down inside, to the earth's surface. This may happen due to some upward force from the inside. Uplifting may also happen due to some activity in the tectonic plates.

Crust is the outermost layer of the Earth. It is the thinnest layer that goes only 40 km deep. The crust is composed of solid rocks and minerals. The rocks include sandstone, limestone, igneous and metamorphic. And the minerals are oxygen, silicon, aluminum, iron, etc. The crust also exhibits buoyancy.

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The individual with the lowest risk of getting cancer is someone getting a heart bypass surgery. Even though surgeries have riks, cancer is not one of them, and the rest of the conditions (HPV, hormone therapy and smoking) are fact

When we are looking at a population we can see that passes through different stages, generally, there is a beginning or lag phase, then comes an accelerated gro also known as exponential or log phase, until the population stabilizes and reaches the ecosystem charge capacity, this is also known as stationary or plateau phase, therefore we can say that the correct answer is option D.

When we are looking at a population we can see that passes through different stages, generally, there is a beginning or lag phase, then comes an accelerated gro also known as exponential or log phase, until the population stabilizes and reaches the ecosystem charge capacity, this is also known as stationary or plateau phase, therefore we can say that the correct answer is option D.

Answer:  Meristimetic tissue continues to divide and help the growth of a plant. Permanent tissue consists of plant cells that no longer divide.

Explanation: Trust me.

Meristematic tissue

The tissues (group of cells) which undergoes repeated cell division. At the tip of the plant, there is apical meristem. Those tissue helps the plant to grow longer. If the apical meristem is cuts accidentally, then the plant no longer grow and dies.

Permanent tissue

The tissues (group of cells) which does not undergo repeated cell division. The middle portion of the plant cells is permanent tissue.

Overall the plant growth depends on the apical meristematic cells.

The dominant allele is T (it is always represented with the uppercase letter) and it codes for tall. This type of allele masks the effect of another allele.

The recessive allele t (it is represented with a lowercase letter) codes for short. This type off allele has its effect masked by a dominant allele.

When we look at the Punnett square we can see the offspring possible combinations:

TT: 25%

Tt: 50%

tt: 25%

The TT combination results in a tall offspring as the T allele is dominant.

The Tt combination results in tall offspring as T allele is dominant against t allele.

The tt combination results in short as both alleles ar ressesive and code for short.

As a result a 75% of the offspring will be tall and 25% will be short.

The answer is, 25%

The dominant allele is T (it is always represented with the uppercase letter) and it codes for tall. This type of allele masks the effect of another allele.

The recessive allele t (it is represented with a lowercase letter) codes for short. This type off allele has its effect masked by a dominant allele.

When we look at the Punnett square we can see the offspring possible combinations:

TT: 25%

Tt: 50%

tt: 25%

The TT combination results in a tall offspring as the T allele is dominant.

The Tt combination results in tall offspring as T allele is dominant against t allele.

The tt combination results in short as both alleles ar ressesive and code for short.

As a result a 75% of the offspring will be tall and 25% will be short.

The answer is, 25%

In order to connect stimulus perceived (which is done by the sensory neurons) with thecore nervous centers, a connector is required, this gap is filled by the interneurons. Interneurons are aimed to connect sensory data from the input (sensory organs) to the organs where this info is processed.

Answer:

a

Explanation: