Ocean waves contain nerdy that is transferred to them by moving across the surface

A topographic map I believe would do great.

Answer:

I topographic map would accurately show the three dimensions of earth's surface

Explanation:

if its a polar reigon and you are adding cold water it mainly depends on how hot or the tempurture of the water but i say yes it will melt

Answer:

True

Explanation:

Cleaving a flatworm into pieces would not kill the flatworm as each piece would turn into a new flatworm. The mechanism is known as fragmentation. In multicellular species, fragmentation refers to a kind of asexual reproduction in which a species gets cleaved into fragments.  

Each of these fragments forms into completely developed, mature individuals, which are similar to their parents. Fragmentation is also called splitting, it is a mode of reproduction witnessed in various species like molds, filamentous cyanobacteria, lichens, various plants, and animals like flatworms, sponges, sea stars, and some annelids.  

A flatworm wouldn't die when cut into pieces due to their ability for regeneration where they can grow back severed parts, a simple body structure that lacks major internal organs, and physiological processes that rely on diffusion and cell-to-cell junctions for nutrient and gas exchange.

Cutting a flatworm into pieces would not kill it because of its remarkable ability for regeneration. This means that if an individual is severed, it can regrow its head or tail, or even several heads if the planaria is cut lengthwise. Additionally, flatworms are capable of asexual reproduction where an entire organism can be regenerated from just part of it.

Another reason as to why a flatworm wouldn't die when cut into pieces is its physiological processes. Flatworms have an incomplete digestive system with an opening, known as the 'mouth', that is also used to expel digestive waste. This means they do not dependent on major internal organs to process their food. Furthermore, they do not have circulatory or respiratory systems, with gas and nutrient exchange dependent on diffusion and cell-to-cell junctions.

Lastly, flatworms have a simple body structure that doesn't contain any internal body cavities. Their bodies consist of three layers that give rise to various tissues, and the materials needed by the flatworm can easily diffuse through their bodies. So, no major organ would be lost if the flatworm is cut, and each piece can eventually grow into a new flatworm.

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Answer:

Explanation:

Cell specialization is the process that is responsible for the production of cells with different traits at different positions. This process sees cells (embryonic cells) changing from their simple form into more specialized cells both in structure and function.

Answer:

Option B, Hurricane

Explanation:

Formation of hurricane involves the following steps –  

a) Rise in the temperature of ocean up to 80 degree Fahrenheit.  

b) Formation of more clouds and humid air by the warm ocean

c) Warm air then being lighter in weight rises above thereby reducing the center pressure, while doing so they force the surrounding waves to also move upward.  

d) After reaching a certain height, the warm wind flow outward thereby allowing the air below the storm to rise further

e) Humid air then forms the cloud from the storm

f) The hurricane is further strengthened by the steering light winds.  

All these steps are shown in this image and hence, it is an hurricane

Answer: 1. Any chemical compound that contains carbon - organic.

2. a liquid that acts to dissolve or suspend substances - solvent

3. a chemical compound that doesn't contain carbon -  inorganic

4.  a substance that is dissolved in a liquid - solute.

Explanation: Organic compounds are compounds that contain carbon, and mostly contain hydrogen.

Inorganic compounds are compounds that do not contain carbon.

A solute is a substance which is present in smaller proportions and dissolves or suspends in a liquid called solvent, which is present in larger proportions. The solute and the solvent together form a solution.

Answer:

1. Any chemical compound that contains carbon - organic.

2. a liquid that acts to dissolve or suspend substances - solvent

3. a chemical compound that doesn't contain carbon -  inorganic

4.  a substance that is dissolved in a liquid - solute.

The correct answer is: b. The structure of DNA was helical

This photo known as Photo 51 is an X-ray diffraction image of crystallized DNA made by Rosalind Franklin. This photo helped Watson and Crick to define the final structure of DNA molecule. This diffraction pattern was essential for the construction of DNA model and it determined the helical nature of the double antiparallel helix strands.

Answer:

In snapdragon plants, phenomenon of incomplete dominance is observed.

Incomplete dominance is a type of inheritance in which the dominant allele can not express itself completely over the recessive allele.

It leads to the generation of intermediate phenotype in heterozygous condition.

Due to this reason, when two purebred snapdragon plants form red and white flowers are crossed, it results in the production of offspring all with pink flower that is, an intermediate phenotype of red and white.

Ichthyology would be best characterized under science. Thus, the correct option for this question is D.

Ichthyology may be defined as the branch of zoology that significantly deals with fishes. It is an area of study that examines the physical and behavioral characteristics of fish by using experimentation.

According to the context of this question, the scientific study of fishes, including, as is usual with a science that is concerned with a large group of organisms, a number of specialized subdisciplines: e.g., taxonomy, anatomy (or morphology), behavioral science (ethology), ecology, and physiology must be deal in this respective branch of science.

Therefore, ichthyology would be best characterized under science. Thus, the correct option for this question is D.

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Ichthyology is a field of biology that focuses on the study of fish, including their physical and behavioral characteristics. It is a legitimate science that uses experiments and observations to gather data and analyze it to better understand fish anatomy, physiology, behavior, and ecology.

Ichthyology is the scientific study of fish. It is a field of biology that focuses on the physical and behavioral characteristics of fish. Ichthyologists use experiments and observations to gather data and analyze it to better understand fish anatomy, physiology, behavior, and ecology.

For example, an ichthyologist may conduct experiments to study the effects of temperature on fish behavior or examine the anatomical adaptations of fish for different habitats. They may also observe fish in their natural environments and analyze their feeding habits, reproductive strategies, and social behavior.

Ichthyology is a legitimate science and is widely recognized as a specialized branch of biology. Through ichthyology, scientists gain valuable insights into the diversity and ecological roles of fish in aquatic ecosystems.

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the location of the faucet since it doesnt have anything to do with the faucet

The right answer is D. The location of the faucet since its the only one that wouldn't impact the flow of the water for example the water in your kitchen is the same as the water in your bathroom.

Anwser D.

Okay. Your first question’s answer is D. causing the host to produce new viruses and your second question’s answer is A. prepare the immune system to recognize and destroy pathogens.

*sorry for saying C before. I haven’t done biology in a little bit.

Answer: D. causing the host cell to produce new viruses.

Explanation:

Viruses are microscopic parasitic organisms which uses the host cell to proliferate and produce their viral progeny. They are capable of infecting all types of living organisms such as plants, animals and humans. They are capable of linking the host cell machinery linked with their own genetic material along with the use of the viral enzymes and proteins which causes the lyses of host cell membrane to liberate numerous viral progenies.

The H in the given image is representing a high pressure area. The correct option is C.

A map or chart depicting the major meteorological elements at a given hour and over a large area.

A weather map is employed to display weather information for a specific location at a specific time.

Temperature, cloud coverage, rain or snow, wind, air pressure, humidity, and the guidance a weather system is moving or expected to move can all be displayed.

A wind barb, which displays the wind speed and direction, is one of the main symbols on a weather map. Other symbols include colored lines to represent warm or cold air fronts, isobars to represent air pressure, and cloud type symbols.

In the given image, symbol H is symbolizing the high pressure area zone.

Thus, the correct option is C.

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Answer:

C. Document the number of honey-making bees per hive.

Explanation:

Among the given options, the only useful criteria towards the experimental design of honey production are to "document the number of honey-making bees per hive". We know that the increased number of animals would increase the workforce and thus increase the production of honey (direct relation). Therefore, this will give a direct assessment of honey production.

Answer: D:  Establish a standard unit and method for measuring the honey.

Explanation: I got it right on the test.

density doesn't matter, pictures aren't very scientific or accurate, and the number of bees doesn't matter

Answer: C). cell membrane

The cell membrane is the membrane that can be found in both eukaryotic and prokaryotic cells. It is the cell that separates the interior of the cell from the extracellular environment. It is a protective layer that allows only the selected ions and organic molecules to enter inside the cells and go out of the cell, hence is called as selectively permeable or semi-permeable membrane. This phenomena maintains the concentration of ions and molecules inside the cell and prevents dehydration, cell rupture due to high concentration.

Final answer:

DNA replication is the process by which a cell makes an exact copy of its DNA. It involves enzymes such as DNA Helicase, DNA Polymerase, and DNA Ligase.

Explanation:

DNA replication is the process by which a cell makes an exact copy of its DNA. It is called a 'semi-conservative' process because each newly synthesized DNA strand contains one original strand and one newly synthesized strand.

The enzymes involved in DNA replication are:

Answer: C) carbon dioxide and water.

Explanation:

It should've ranked coupled with the release of energy. Because carbon dioxide and water are released into the atmosphere as byproducts of cellular respiration couple with the release of energy.

Hi,

As mentioned in the question, R is for round seeds which is a dominant trait over wrinkled seed r.

Similarly, Yellow color of seeds Y is a dominant trait which is dominant over green color of seeds y.

A dihybrid cross is preformed between the two pea plants of genotype RrYy.

P1:                        RrYy           X           RrYy

Gametes:               RY: Ry: rY: ry

Offspring:               Given in punnet square

So, we have the question: how the Punnett square can be used to predict the probability that an offspring from such a cross has a given phenotype .

The answer lies in the fact that we know which allele is for dominant trait and which allele is for recessive trait. So when we look at any genotype of offspring for example: RRYY, we know it will have round seed and yellow color because it has both alleles of dominant nature. Similarly, if we talk about offspring RrYY we see that it will also have round seed and yellow color because although allele for green color is present but its effect is masked by dominant allele R. In this way we can predict the phenotype of all the offspring.

1  RRYY: Round and green

2  RRYy: Round and green

1  RRyy: Round and green

2: RrYY: Round and yellow

4: RrYy: Round and yellow

2: Rryy: Round and green

1: rrYY: wrinkled and yellow

2: rrYy: wrinkled and yellow

1: rryy: wrinkled and green

So it means that out of 16 offspring:

6  will have Round and green phenotype.

6 will have phenotype round and yellow

3 will have phenotype wrinkled and yellow

1 will have phenotype wrinkled and green

Therefore, we can calculate the probability of offspring by seeing punnet square and if we know the dominant or recessive nature of allele.

Hope it help!

A. 6 oxygen

Because it doubles hope it helps

Reproduction in plants can be by vegetative propagation, through the vegetative propagules like the rhizomes or tubers, asexual reproduction by the production of spores and sexual reproduction by the formation of the male and female gametes.

Spores are the agents of asexual reproduction in plants. They are formed in the non-seed-bearing plants like the liverworts, hornworts, mosses and ferns. The ferns are the group of vascular plants that reproduce by spores. The leaves of the ferns (fronds) contain numerous sporangia which produce tiny spores. When the sporangia breaks open, the spores are released and dispersed by the wind. On encountering favourable conditions of the environment, these spores grow into tiny plants called the gametophytes.

A) Tropical rain forest.

This is one of the myriad reasons that it is vital that we protect and preserve our rain forests.

Answer:

(A)- Tropical moist forests

Explanation:

Rainforests have high biodiversity because they are abundant in nutrients, energy and a favourable climate. Tropical rainforests have warm temperatures and lots of precipitation. The high-intensity sunlight provides energy for producers in the rainforest and supports a wide variety of plant growth.

Since there is a lot of sunlight, there is a lot of energy in the rainforest. This energy is stored in plant vegetation, which is eaten by animals. The abundance of energy supports an abundance of plant and animal species.

I hope this helps :)

It should occur in both but mostly the TROPICS because the higher amounts of heat which would make it easier to evaporate greater amounts and bodies of water.

Final answer:

When crossing a heterozygous round, yellow pea plant with a homozygous round but heterozygous yellow pea plant, we would expect two different phenotypes: round yellow and round green peas.

Explanation:

The student asked to determine the phenotypes of offspring when a pea plant heterozygous for round, yellow peas is crossed with a pea plant homozygous for round peas but heterozygous for yellow peas. The genotypes for round peas are given as R (dominant) and r (recessive), and for yellow peas as Y (dominant) and y (recessive). Therefore, the parental genotypes will be RrYy (heterozygous for both traits) and RrYY (homozygous for round and heterozygous for yellow).

To find the number of different phenotypes, you would conduct a Punnett square analysis. The possible combinations of these alleles would show the expected offspring's genotypes. Genotypically, we expect to see 1/2 of the offspring being R-Y- (either RrYy or RRYy, both resulting in round yellow peas since the R and Y alleles are dominant) and the other 1/2 being RrYY. This cross would therefore produce two different phenotypes: round yellow peas and round green peas if any recessive alleles come into play.

"The offspring of this cross are expected to show two different phenotypes.

To determine the number of different phenotypes expected in the offspring, we need to consider the genotypes of the parent plants and use the principles of Mendelian genetics.

The first parent plant is heterozygous for both round peas (Rr) and yellow peas (Yy). The second parent plant is homozygous for round peas (RR) but heterozygous for yellow peas (Yy).

The cross can be represented as follows:

RrYy (first parent) x RRYy (second parent)

When we perform a dihybrid cross, we can look at each trait separately:

For the shape trait (round vs. wrinkled):

- The first parent contributes either R or r with equal probability.

- The second parent contributes R (since it is homozygous RR).

For the color trait (yellow vs. green):

- The first parent contributes either Y or y with equal probability.

- The second parent contributes either Y or y with equal probability (since it is heterozygous Yy).

Now, let's look at the possible gametes for each trait:

- Shape: R and r (from the first parent), R (from the second parent).

- Color: Y and y (from both parents).

The possible combinations of gametes for the offspring are:

- RY, Ry, rY, ry

Since the second parent is homozygous for the round trait (RR), all offspring will inherit the R allele for round shape from this parent. Therefore, the shape of the peas in the offspring will be round regardless of the allele received from the first parent.

For the color trait, since both parents can contribute either Y or y, the offspring can have the following genotypes: YY, Yy, or yy. However, because the yellow color (Y) is dominant over green (y), the YY and Yy genotypes will result in yellow peas, while only the yy genotypes will result in green peas.

Therefore, the offspring will show two different phenotypes:

1. Round, yellow peas (from R_Y_ or R_Yy genotypes)

2. Round, green peas (from R_yy genotypes)

In summary, the offspring will exhibit two phenotypes: round, yellow peas and round, green peas."

Answer:

b) Water

Explanation:

Water is the most likely cause of soil erosion in most of the areas, where there are less trees. Hence, the option (b) is the correct answer.