I need help with these two questions.

The correct answer is Francis Galton.  

He discovered three kinds of a pattern of fingerprints, that is, arches, loops, and whorls. Arches are witnessed in approximate 5 percent of the patterns of fingerprints encountered. Loops take place in approximately 60 to 70 percent of the patterns of fingerprints encountered.  

While the whorls are witnessed in about 25 to 35 percent of the pattern of the fingerprints encountered.  

Answer:

The answer is Francis Galton.  

Explanation:

He found three sorts of an example of fingerprints, that is, curves, circles, and whorls. Curves are seen in rough 5 percent of the examples of fingerprints experienced. Circles occur in roughly 60 to 70 percent of the examples of fingerprints experienced.  While the whorls are seen in around 25 to 35 percent of the example of the fingerprints experienced.

Females are homologous, XX, for the sex chromosomes, whereas males are heterozygous, XY. ... Does it make a difference if the gene is located on a sex chromosome or an autosome? It might. Autosomal-linked traits are due to genes on the autosomes; sex-linked traits are due to genes located on the sex chromosomes.

Sex-linked traits are passed along on the X or Y chromosome. Autosomal are passed on the other 22 non-sex chromosomes.

can you please ask a qustion not make a statment lol cant anser them

Spastic paralysis typically involves the upper motor neurons of the central nervous system. Damage to these neurons causes symptoms such as muscle stiffness and contraction. Conditions such as multiple sclerosis, cerebral palsy, and spinal cord injury can lead to spastic paralysis.

Spastic paralysis is a medical condition typically involving the upper motor neurons of the central nervous system. These neurons play a crucial role in controlling the activities of lower motor neurons, which are directly responsible for muscle movement. When there is damage or involvement of these upper motor neurons, it can lead to a condition known as spastic paralysis. This condition is characterized by muscle stiffness and contraction, often leading to impaired movement and coordination.

Some examples of conditions that can cause spastic paralysis include multiple sclerosis, cerebral palsy, and spinal cord injury. Treatment often involves managing symptoms and may include physical therapy, medications to reduce muscle spasticity, and sometimes surgery.

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The external coverings of diatoms are made up of silica, while slime molds have cell walls containing cellulose. Diatoms are autotrophs because they make food through photosynthesis, while slime molds are heterotrophs because they eat decaying plant matter.

1. Diatoms are single-celled organisms that belong to the group of algae known as Bacillariophyta. They have a unique external covering called a frustule, which is made up of two overlapping halves that fit together like a pillbox. The frustule is composed of silica, a hard, glass-like substance. This silica shell gives diatoms their intricate and beautiful shapes, and it also provides protection for the cells.

2. Slime molds, on the other hand, are not true molds or fungi. They belong to the group of organisms known as protists. Slime molds have cell walls made of cellulose, which is a complex carbohydrate found in the cell walls of plants and some other organisms. The cellulose provides structural support and protection for the slime mold cells.

3. Diatoms are autotrophs, which means they can produce their own food through photosynthesis. They have chloroplasts, the organelles responsible for photosynthesis, which contain chlorophyll and other pigments. These pigments capture sunlight and convert it into chemical energy, allowing diatoms to synthesize organic compounds, such as glucose, from inorganic substances like carbon dioxide and water.

4. Slime molds, on the other hand, are heterotrophs, which means they cannot produce their own food. They obtain nutrients by ingesting organic matter, such as decaying plant material or bacteria. Slime molds use enzymes to break down the organic matter into simpler molecules that can be absorbed and used as a source of energy and nutrients.

In summary, diatoms have silica-based external coverings and are autotrophs that make food through photosynthesis. Slime molds have cellulose-based cell walls and are heterotrophs that obtain nutrients by consuming decaying plant matter.

Complete question :-

The external coverings of diatoms are made up of                 , while slime molds have cell walls containing                       . Diatoms are because they make food through photosynthesis, while slime molds are because they eat decaying plant matter.

The correct answer is: Abyssopelagic or Hadalpelagic zones, because these zones are deepest marine zones.

There are 5 main marine zones (and a few subzones):

1. Epipelagic zone (200 m) – the sunlight zone where is s most of the life in the ocean.

2. Mesopelagic (1000 m) – the twilight zone many of the organisms who live in this zone have special adaptations

3. Bathypelagic (1-4000 m) – the midnight zone

4. Abyssopelagic (4-6000 m)

5.  Hadalpelagic zones (6-11000 m).

The abyssal zone is where marine organisms adapted to the coldest temperatures and highest salinity levels would be found, characterized by extreme conditions and a food chain based on chemosynthetic bacteria.

Marine organisms adapted to the coldest temperatures and the highest salinity levels would most likely be found in the abyssal zone of the ocean. The abyssal zone is characterized by extreme conditions, including very cold temperatures, very high pressure, and high salinity, particularly near hydrothermal vents where salinity can be higher due to the expulsion of minerals. No photosynthetic plants are found here, as there is a lack of light; instead, the food chain is based on chemosynthetic bacteria that utilize hydrogen sulfide from these vents as an energy source.

Answer:

Ozone layer

Explanation:

Translation is the reading of the mRNA into a protein. If translation didn't occur, then there would be no proteins made, and hence life would cease (you need proteins for life).

Translation is necessary for synthesizing proteins from amino acids, which are important for the structure and function of cells. Errors or absence of translation could lead to the production of defective proteins or halt the protein production altogether, leading to a variety of hereditary and age-related diseases.

Translation is the biological process utilized by ribosomes to synthesize proteins from amino acids. If translation did not occur, the correct proteins would not be made. These proteins are essential for building important body tissues and carrying out vital functions. For instance, these proteins might be crucial in neuronal communication. In the absence of translation, the body's cells would be unable to execute these functions optimally, leading to various issues. Errors in translation could lead to the production of defective proteins or halt the production altogether, leading to a variety of hereditary and age-related diseases.

An example of a translation failure can be the mutations in tRNA and rRNA, which would lead to the production of defective proteins or a complete cessation of protein production. Furthermore, if translation termination does not occur properly when encountering a nonsense codon, the produced proteins would not be released correctly, leading to further complications. Thus, without translation, life as we know it would not be possible, as every function in our body relies on the proteins synthesized by this process.

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The right order of the events is:

1. bombardment of comets and meteorites;

2. arrival of icy debris;

3. boiling of water due to Earth's enormous heat;

4. rising of water in the form of water vapor;

5. condensation of water vapor;

6. precipitation in the form of rainfall;

The water on our planet arrived in the form of icy particles, and it was brought by the millions of meteorites and comets that contained this icy particles. Because the Earth was still very hot, this icy particles were melting immediately and they were boiling. As there were more and more icy particles coming to our planet, from their boiling, the water vapor was increasing int the Earth's atmosphere. After there was sufficient amount of water vapor in the atmosphere, the water vapor started to condensate as it was getting higher into the atmosphere, thus creating clouds. From this initial clouds, the first precipitation in the form of rainfall appeared. At the start it was not a rainfall as we known it, but is was a very acidic rain because it contained lots of other gasses in it, but it set the basis for the Earth's hydrosphere.

The events in their order of occurrence are as follows: bombardment of comets and meteorites, arrival of icy debris, boiling of water due to Earth's heat. rising of water vapor. condensation of water vapor, and precipitation forming oceans.

This sequence emphasizes the importance of cometary impacts and Earth's cooling process. Finally, the precipitation filled basins to create the first oceans.

The formation of Earth's hydrosphere involved several key events. Here is the correct sequence of these events:

kidney

i have to write up to 20 characters or watever

YEEEEEEEEEEEEEEEEEEEEEEET ITS KIDNEY

Reforestation is a biodiversity method that can increase the biodiversity by replanting with trees.

Answer: B. reforestation

Reforestation is the process of growing plants and trees in an area on large scale in order to create land a forest reserve which can allow the growth and abundance of floral and faunal species in future. Reforestation is the biodiversity restoration method that the biologist should use to meet their goals like : recreation of habitats for wildlife in a particular area, help against climate change as plants are the fixers of atmospheric carbon utilize this for photosynthesis and prevents the raising of atmospheric temperature.

Percolation

Percolation is the process of a liquid slowly passing through a filter. Percolation comes from the Latin word percolare, which means "to strain through." Percolation happens when liquid is strained through a filter, like when someone makes coffee.

Percolation is the water cycle process by which liquid water flows through the soil due to the force of gravity.

I have the options on e2020. So first, we can definitely mark out D because no way did they stay the same over time. We can cross out B because as scientist "upgrade" over the years, their work will become MORE accurate. Not LESS accurate. So then we are left with A and C. We can cross out C because its doesn't really become accurate and less accurate over time. Then we are left with A which is our answer because scientist can only become more accurate as time goes by with all the new technology advancements they're making.

Hope this helped!! :D (please read whole thing so you understand)

Answer:a

Explanation:

a

The answer is; A

Bottleneck effect occurs when a population is reduced drastically such that the genetic diversity of the population is reduced. The surviving  population represents only a small proportion of the allelic frequency of the population. Therefore, as this population recovers, only a few alleles of the former population is recovered in the genetic drift. This is how the diversity of the population is reduced and can fail to adapt  to environmental changes.  

Answer:

A Bottleneck effect

Explanation:

Correct answer: It contains okazaki fragments

During DNA replication two strand is formed one is called leading strand and another is called as lagging strand. Leading strand is said to be parent strand and it replicate in 3'-5' direction, while lagging strand replicate discontinuously in 5'-3' direction.

Lagging strand is one of the two strand which is found in the DNA, which replicates discontinuously in the form of short section. These sections are called as okazaki fragments.

Okazaki fragments found in eukaryotes are in the size range of 1000 to 2000 nucleotides and in prokaryotes it is 100 to 200 nucleotides long.

atmosphere - Frequent volcanic eruptions emit large amounts of carbon dioxide

hydrosphere - Clouds form, followed by rains.

lithosphere - Molten lava solidifies into a solid crust.

give me brainliest answer

The matching of each Precambrian event to the sphere it played the biggest role in creating is as follows:

An Atmosphere may be defined as an envelope of numerous gases that significantly surrounds the celestial body like the Earth in a precise manner.

It is believed that the process of volcanic eruptions results in the formation of the atmosphere, clouds followed by rains into the hydrosphere, and the solidification of molten lava into the lithosphere.

Therefore, The matching of each Precambrian event to the sphere it played the biggest role in creating is appropriately described above.

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C --> He collected a vast amount of data and observations that fueled later theories

Final answer:

Charles Darwin made significant observations during his voyage on the Beagle that helped him develop his theory of evolution, including the diversity of life in different habitats and the variation in species on the Galápagos Islands.

Explanation:

During his voyage on the Beagle, Charles Darwin made many observations that helped him develop his theory of evolution. One observation was the great diversity of life he encountered in different habitats, such as tropical rainforests. Another observation was the variation in species he observed on the Galápagos Islands, particularly the different beak sizes and shapes of finches. These observations provided important evidence for natural selection and the idea that species can change over time.

Marine Geology

Tell me if I'm right.

id say the answer is C

The purpose of this membrane is to maintain homeostasis in the body by regulating what enters and leaves the body. It is also part of the large process of movement of materials in your body.

Answer:

To increase the surface area.

Explanation:

Mitochondria is known as the energy house of the cell. The formation of ATP occurs in the mitochondria in the firm of aerobic respiration. Mitochondria is the semi autonomous organelle that contains its own DNA.

The mitochondria contains the outer and inner membrane. The inner membrane is folded into finger like projections known as cristae. These helps in increasing the surface area of the inner membrane and increases the rate of electron transport chain.

Thus, the answer is to  increase the surface area.

The mitochondrion is host to The Krebs Cycle

It would be the Krebs Cycle!

One example of passive transport is diffusion, when molecules move from an area of high concentration (large amount) to an area of low concentration (low amount). Molecules are said to naturally flow down their concentration gradient

Answer:

passive- glucose, salt or H2O.

active- proteins, poly nucleotides, or polysaccharides

Explanation:

Im not sure, but i think its a because you need more evidence and its not an even amount of people, good luck though

Answer:

A.) Further research is added

Explanation:

There are not enough people that were questioned therefore you would need more people to test. I did the Study Island.

Acorns are an important food source for the white-footed mouse which is popular target of the ticks that carry the Lyme bacterium and transmit it to the host like human.

Lyme disease is an infection disease characterized by The an expanding area of redness on skin, followed by rash. Other e symptoms may include fever, headache and tiredness. Lyme disease is transmitted to humans by the bite of infected ticks (genus Ixodes).

Answer:

It depends what direction the heat is heading.

Explanation:

Because heat moves upwards, it takes a longer time for heat to move downwards toward a substance below the hotter factor.

The rate at which water mixes is influenced by factors such as temperature differences, viscosity, and the type of mixtures involved. Thermal energy transfers drive mixing in cases with significant temperature difference. Viscosity and chemical behaviors of substances also impact the mixing process.

The rate at which water mixes can vary due to several factors such as temperature difference, viscosity, and the nature of the mixtures involved. In the case of temperature difference, when two bodies of water with different temperatures mix, the energy transfers from the hotter mass to the colder one, ultimately leading to a uniform temperature. This process is driven by an increase in entropy. So, if the temperature difference is vast, the mixing might appear to happen more quickly.

Viscosity is another factor to consider. It describes the resistance of a fluid to flow. Fluids with higher viscosity (like syrup) flow slower compared to those with low viscosity (like water), thus affecting the mixing rate.

Lastly, the type of mixtures involved also influences the rate at which water mixes. In a simpler mixture, like mixing water with more water, the process is genuinely quicker. However, if water is mixed with a complex mixture (like substances in a swimming pool), it requires more time for complete homogeneity due to the different substances' chemical behaviors.

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Answer: D. cellular respiration

Explanation:

Cellular respiration is a process which involves the break down of glucose molecules into water and carbon dioxide present in the food so as to release energy in the body in the form of ATP and also releases wastes.

The fish being a consumer in the food chain will eat algae as a food source. The cellular respiration process in fish will break down the glucose molecules in the algal food and will provide energy to the fish.

Answer:

C. Cellular respiration

Explanation:

The answer to your question is,

D) Oppositely charged.

-Mabel <3

Hydrogen bonds can form between regions of polar molecules that are oppositely charged.

For a hydrogen bonds to form, a molecule that has hydrogen attached to an atom of high electronegativity and another molecule that has another electronegative atom with high electronic density (that is, a negative partial charge) is required.

When both molecules are brought together by hydrogen, a weak bond called a hydrogen bridge is generated.

A molecule is a dipole when there is an asymmetric distribution of electrons because the molecule is made up of atoms of different electronegativity.

As a consequence, the electrons are preferably in the vicinity of the most electronegative atom.

This creates two regions (or poles) in the molecule, one with a negative partial charge and the other with a positive partial charge

The bonds will be the more polar the greater the difference in electronegativity between the bonded atoms.

Therefore, we can conclude the hydrogen bonds can form between regions of polar molecules that are oppositely charged, having opposite charges, these two parts of the atom attract each other.

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the answer is a conic hope this helps

Because it contains just a small amount of distortion over a local area, a conic  projection map is used to make road and weather maps.

Definition of Conic by Mimiwhatsup: method of projecting maps of parts of the earth's spherical surface.

Answer:

The correct steps in the process of fertilization are as follows:

-The ovary releases an egg

-A sperm enters the egg,

-The fertilized egg travels out of the fallopian tube ,

-The fertilized egg attaches to the lining of uterus.

Explanation:

Fertilization is the process of formation of zygote by the fusion of female gamete (egg) and male gamete (sperm).

Each month an egg is released by an ovary. During copulation, the sperm enters and fuses with an egg. The site of fertilization is fallopian tube. The fertilized egg moves out of the fallopian tube for implantation. The implantation of fertilized occurs in the uterus, during which fertilized egg attaches to the lining of uterus.

The process of fertilization in correct order is: The ovary releases an egg[tex]\rightarrow[/tex] [tex]\rightarrow[/tex] A sperm enters the egg [tex]\rightarrow[/tex] The fertilized egg travels out of the fallopian tube[tex]\rightarrow[/tex] The fertilized egg attaches to the lining of the uterus.

Fertilization is the process by which a sperm cell and an egg cell combine to form a single cell called a zygote. This process is necessary for sexual reproduction to occur in many organisms, including humans.

Therefore, the correct order for the process of fertilization is:

1. The ovary releases an egg

4. A sperm enters the egg

3. The fertilized egg travels out of the fallopian tube

2. The fertilized egg attaches to the lining of the uterus.

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