I need help in bio it’s due tomorrow pleaseee

Answer:

glucose and oxygen

Explanation:

Answer:

The dispersal of plant species occurs when the seeds of the plants are dispersed over different areas by animal means, wind, insects etc.

If the population of the organisms which help in the dispersal of the seed declines, then the dispersal of the plant species will also decline.

Hence, animals and insects are very important for the dispersal of seeds of plants over a region.

Answer:

(4) Both (1) & (2)​

Explanation:

Viviparous germination is a type of seed germination in which seeds germinates but still attached with the plant body. This type of germination is present in plants such as Sonneratia and Rhizophora. In these plants, the embryo which is present inside the seed grows and break the seed coat and after that, it comes out the fruit which is still attached to the plant.

Answer:

spectroscope

Explanation:

Answer:

inhereted traits, theyre used during sexual selection

Explanation:

The traits are passed to offspring that help an organism attract a mate. This is considered as inheritance or intimate selection.

The passing on of characteristics or knowledge from one generation of people or cells to the next is known as inheritance.

Genetic inheritance or epigenetic inheritance are the two main general processes through which inheritance can happen.

The name "DNA" refers to deoxyribonucleic acid. The genetic makeup is in charge of information storage. A nitrogen base, a sugar, and a phosphate backbone make up DNA.

It is known as inheritance when this genetic data is handed from a parent to a child, and therefore from one generation to the next.

In the process of intimate selection, members of one biological gender choose partners from the other gender and compete with one another for access to partners from the other gender.

Thus, the answer is intimate selection.

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Answer:

Both mitochondria and chloroplasts have a circular DNA genome, like a bacteria's genome, but smaller.

Explanation:

The theory of endosymbiosis explains how eukaryotic cells might have risen from prokaryotic cells.

The evidence which supports this theory was the fact the organelles like mitochondria and chloroplast have their own DNA, which is like the prokaryotic DNA. It is circular and smaller. This DNA is also capable of making its own RNA.

This evidence supports the theory of endosymbiosis.

Answer:

There are 3 correct answers for USATestPrep

Mitochondrial DNA is most closely related to a parasitic bacteria called Rickettsia prowazekii, which causes epidemic typhus.

Both mitochondria and chloroplasts have a circular DNA genome, like a bacteria's genome, but much smaller. This DNA is passed from a mitochondrion to its offspring and is separate from the "host" cell's genome in the nucleus.

Both mitochondria and chloroplasts have their own ribosomes to produce proteins.

Explanation:

I did the usatestprep

Answer:

Nitrogen fixing bacteria is the organism which is responsible for the fixing of atmospheric nitrogen into usable form for the plant.

Explanation:

Nitrogen fixing bacteria is a type of bacteria which fixes atmospheric nitrogen into ammonium and nitrates form. Plants are unable to take atmospheric nitrogen so it must be converted into available form i. e. nitrates and ammonium. Examples of nitrogen fixing bacteria are Cyanobacteria and Azotobactor etc. These nitrogen fixing bacteria lives in the root of the plant and makes symbiotic association.

Answer:

oxygen

Explanation:

Answer:

the cycle of night and day

hope this helps :p

Explanation:

Answer:

it is d

Explanation:

beacuse the earth is rotating on its axis so the face that's toward the sun is day because its closer to the sun

Answer:

Very true

Explanation:

Final answer:

True, deserts are described as arid due to their low humidity caused by high evaporation that exceeds scant precipitation. Deserts experience less than 25 centimeters of annual rainfall, leading to dry conditions with high potential evapotranspiration and a low moisture index.

Explanation:

The statement that the humidity of a desert is most likely described as arid is true. Deserts are characterized by a climate where evaporation typically exceeds precipitation, resulting in very low humidity. Deserts are dry areas where the annual rainfall is less than 25 centimeters (10 inches) per year, and often the precipitation is variable and seasonal. In particular, tropical deserts are the driest places, due to the influence of subtropical high pressure and continentality, with humidity levels that can drop to 10% or less.

Regarding the question about potential evapotranspiration and moisture index in deserts, the correct answer is B. high; low. Deserts generally have high potential evapotranspiration because the hot temperatures contribute to rapid evaporation and transpiration. However, the moisture index is low due to the extremely scant rainfall that deserts receive.

Final answer:

Evidence for the movement of lithospheric plates includes the seismic activity along plate boundaries, volcanic activity where magma surfaces, landform changes, and geological studies of hot spots and volcanic tracks.

Explanation:

The concept of plate tectonics encompasses the movement of massive segments of the Earth's lithosphere, known as tectonic or lithospheric plates. Significant evidence indicates that these lithospheric plates move over the Earth's surface. First and foremost, the occurrence of earthquakes along plate boundaries demonstrates abrupt movements of these plates. Additionally, the presence of volcanoes along these boundaries is a result of magma surfacing through the plates, reinforcing the fact that they are actively moving.

The San Andreas Fault in California is a prime example where two plates slip past each other, causing frequent seismic activity. Another form of evidence is the creation of new landforms such as the Great Rift Valley of Africa, which is a result of diverging plates. Furthermore, the mapping of earthquake epicenters helps trace the boundaries of these moving plates, while studies of hot spots and the volcanic tracks they create offer insights into past movements of plates.

Answer:

The answer is D: S and X

Explanation:

The chart shows parts of a human being and a plant at different levels of organization. Levels of organization refer to the increasing complexity of biological structures.  A (P and W) and C (R and Y) are the possible answers.

here are the levels of organization, going from least complex to most complex:

Organelles: These are microscopic structures within cells that perform specific functions. An example of an organelle in the chart is the chloroplast (W), which is found in plant cells and carries out photosynthesis.

Cells: These are the basic units of structure and function in living things. They are made up of organelles and other structures. An example of a cell in the chart is a nerve cell (P), which is found in the human nervous system.

Tissues: Groups of similar cells that work together to perform a specific function. An example of a tissue in the chart is muscle tissue (Y), which is found in both humans and plants.

Organs: Two or more tissues that work together to perform a specific function. An example of an organ in the chart is the heart (R), which is part of the human circulatory system.

Organ systems: Groups of organs that work together to perform a complex function. An example of an organ system in the chart is the circulatory system (R), which transports blood throughout the body.

Organisms: Individual living things. An example of an organism in the chart is a human being (X).

The question asks which pair is at the same level of structural organization.  Based on the information above, we can determine that the following pairs are at the same level of structural organization:

P and W (nerve cell and chloroplast): These are both organelles.

R and Y (heart and muscle tissue): The heart is an organ composed of muscle tissue.

Therefore, options A (P and W) and C (R and Y) are the possible answers.

COMPLETE QUESTION:

Which pair is at the same level of structural organization?

A) P and W

B)Q and Z

C)R and Y

D)S and X

Answer:

Atoms are the building blocks of elements which means elements made up from large number of atoms having similar size and shape. Compound is made of more than one element which combines in a fixed ratio. The elements inside the compound makes bond with each other. Molecules is also made up of more than one elements. The main difference between molecule and compound is that molecules is formed from same elements while compound is formed from different types of elements.

Answer:

Photosynthesis is the process by which green plants and some other organisms use sunlight to synthesize foods from carbon dioxide and water. Photosynthesis in plants generally involves the green pigment chlorophyll and generates oxygen as a byproduct.

Explanation:

It is spelled photosynthesis not fotosintesi.

Answer:

Explanation:

Mendel believed that all units of inheritance are passed on to offspring unchanged. Unstable alleles are an important exception to this rule. The phenotype of an individual is not only the result of inheriting a particular set of parental genes.

Answer:

Mendel believed that all units of inheritance are passed on to offspring unchanged. Unstable alleles are an important exception to this rule. The phenotype of an individual is not only the result of inheriting a particular set of parental genes.

Explanation:

Answer: 1. 1-11 = going up, increase 9-11= decreasing

2. Predators increase in the area, food resources drop

3. Population drop due to increase in predators. More pheasants will be eaten

Explanation:

Answer:

1. From year 1 to 11 there has a huge increase in the pop.

Years 9 to 11 did not see too much action, there was a SLIGHT decrease though.

2. It could be they were hunted for food, or due to overpopulation.

3. It's likely there will be another decrease. They will possibly be hunted for food (especially if they can't fly)

Answer:mieosis and the

Explanation:

Answer:

The ovaries produce the egg cells, called the ova or oocytes. The oocytes are then transported to the fallopian tube where fertilization by a sperm may occur. The fertilized egg then moves to the uterus, where the uterine lining has thickened in response to the normal hormones of the reproductive cycle.

Explanation:

The endocrine system regulates the excretory system by signaling when blood is out of balance, which causes the kidneys to adjust urine concentration to maintain homeostasis.

The endocrine system affects the excretory system by regulating the balance of water, salts, and other substances in the blood. When blood sugar levels are high, the pancreas, an endocrine gland, secretes insulin, which assists cells in absorbing glucose from the blood, demonstrating the role of hormones in the regulation of bodily functions.

The answer to the question, 'How does the endocrine system affect the excretory system?' is option C: It tells the excretory system when the blood is out of balance. The kidneys, part of the excretory system, adjust the concentration of urine based on signals such as antidiuretic hormone from the endocrine system to maintain homeostasis.

The endocrine system affects the excretory system by signaling when the blood is out of balance. The correct answer is: C. It tells the excretory system when the blood is out of balance.

The endocrine system communicates with the excretory system through hormones, signaling when adjustments are needed in fluid balance, electrolyte levels, and blood pressure.

Hormones like aldosterone regulate sodium and potassium levels in the blood, impacting kidney function and water retention. Similarly, antidiuretic hormone (ADH) controls water reabsorption in the kidneys to regulate blood volume and osmolarity.

If blood pressure drops or electrolyte levels become imbalanced, the endocrine system signals the excretory system to adjust accordingly, such as by increasing or decreasing urine production.

The endocrine system plays a crucial role in maintaining homeostasis within the body, communicating with the excretory system to regulate fluid and electrolyte balance. This ensures proper functioning of the body's internal environment and overall health.

Answer:

Chloroplasts reside in most leaf cells. Both chloroplasts and the leaves themselves are different shades of green due to a lovely pigment they contain. A pigment is a compound that absorbs a particular wavelength of visible light. Chlorophyll is a green pigment contained in thylakoid membranes of chloroplasts that is used in photosynthesis by plants. In bacteria that also perform photosynthesis, chlorophylls are in the plasma membrane.

So you might be wondering, how does a pigment absorb light to fuel photosynthesis? First, we need to talk about light itself. The electromagnetic spectrum is the range of wavelengths from the radio waves of your car stereo to high-energy gamma rays. Chlorophyll and other pigments absorb specific visible wavelengths of the electromagnetic spectrum.  

The visible light is literally the colored wavelengths that are visible to your eyes. They range from red, at a wavelength of 700 nm, to blue, at a wavelength of 400 nm. Shorter wavelengths have higher energy (such as blue), and longer wavelengths (like red) have lower energy.  

Chlorophyll mostly absorbs blue and red wavelengths from sunlight. Therefore, it reflects the middle part of this visible spectrum, the green wavelengths.    

This is why plants look green to us. The color of a pigment is the wavelength of light that is reflected, or the wavelength that is not absorbed.

Chlorophyll contains electrons that are normally at a low energy state, or ground state. But when chlorophyll absorbs light energy, the electrons get really excited. Literally! They jump to a high energy level, or excited state. Although we'll save the details of this process for other lessons, this super-excited electron is then transferred from the chlorophyll pigment to a primary electron acceptor. Hence, chlorophyll becomes oxidized.  

Photosynthesis can use both chlorophyll pigments and other accessory pigments that reflect colors other than green. These accessory pigments aren't exactly the jewelry-type accessories of photosynthesis, but they are as helpful as the right pair of shoes to complete an outfit. These accessory pigments absorb other wavelengths of light and pass on energy to chlorophyll, expanding the range of wavelengths that can be used for photosynthesis.

Answer:

The animals that eat the primary consumers. They are heterotrophs, specifically carnivores and omnivores.

Answer:

Solar energy is converted to chemical energy in the chemical bonds of the glucose molecule.

Explanation:

Answer:

A

Explanation:

Answer: A). Alveoli

Explanation: Alveoli are important part of the respiratory system. They are tiny air sacs located at the end of the bronchioles in the lungs which functions in the exchange of oxygen and carbon dioxide. Alveoli is the plural of alveolus, and they are sites for the exchange of oxygen and carbon dioxide in the lungs. Deoxygenated blood is transported from the heart to the alveoli in the lungs through the pulmonary artery where carbon dioxide is unloaded from the red blood cells and oxygenated is loaded. The blood leaving the lungs becomes oxygenated and are transported to other parts of the body. Alveoli functions in getting oxygen into the blood stream and removing carbon dioxide from the blood stream.

Final answer:

Isolating mechanisms maintain species integrity by preventing gene flow between populations, aiding in reproductive isolation and speciation. These mechanisms include both prezygotic and postzygotic barriers and are critical for biodiversity conservation and the survival of specialized ecological niches.

Explanation:

The role of isolating mechanisms is crucial in maintaining the integrity of a species by preventing interbreeding between different populations or species. These mechanisms can be prezygotic, such as sexual selection or differences in mating behaviors, and postzygotic, such as sterility of hybrid offspring. For instance, on Floreana Island, differences in beak size influence mate selection amongst Darwin's finches, serving as a prezygotic isolating mechanism. Reproductive isolation is a key component of this process, contributing to speciation and the conservation of biodiversity by ensuring that unique genetic traits are preserved within a species.

Furthermore, maintaining the evolutionary history of species is essential for biodiversity and informed conservation strategies. The integrity of populations, especially those that are geographically isolated or genetically distinct, needs to be protected from losing unknown species to extinction before they are fully recognized. Isolation can sometimes be beneficial, as it allows for the development of unique adaptations. However, it can also make populations vulnerable if their specialized ecological niche is lost, leading to potential extinction.

Three types of technology that human can use and its pros and cons is listed below

Explanation:

The Types of Technology

The pros and cons of technology

Pros

1.Improves efficiency for Business

The best advantage of any technology is that it increases the efficiency of a business process. We can perform more tasks in less time. From shared drives to emails, communication, coordination, execution and implementation of a lot of business processes has become swift and hassle-free, all thanks to technology.

2.Saves time

it saves time as we are able to complete a task in lesser time, we can utilize the time saved for other important activities. With the help of technology activities such as cooking, cleaning, working, commuting can be done  faster.

3.Better communication

In earlier times, communicating with a person belonging to a different part of the world was difficult. Think about it! Think back to the time when people had to communicate using pigeons or letters, something that took days or weeks! However today the world has come closer and one can easily connect with a person sitting in another corner of the world, all due to technology.

4.Reduces cybercrime risks

The biggest benefit of technology is to the cyber world. AI (Artificial intelligence) algorithms are qualified to detect a change in patterns that are unique from the normal pattern. Implementing AI to detect cyber-attack is still at an early stage, but with advancement in technology, one can expect to prevent it. Hence the chances of getting a cyber-attack are reduced.  

Cons

There are also some disadvantages of technological advancements:  

1.Extreme dependability

With each passing day, we are becoming more and more dependent on technology for almost every task without even realizing it. A common example of this is using a cab service. Another example is using GPS to know the directions of any desired location.

2.Expensive

Although technology is already a part of many people’s lives, there are still some people out there who cannot afford some technologies. Many technologies that are being used by the organizations are expensive.

3.Shortage of jobs

With technology, the efficiency of a task has increased tenfold and this is the reason why the technology might be able to replace humans soon. An increase in technology is going to ensure that tasks that humans could do earlier can now be achieved by machines and technology. Thus, creating a shortage of jobs.

4.Malfunctions

The biggest disadvantage of technology is that all are machine driven. And a minor lapse in the functioning can create a situation that cannot be controlled. So, a minor malfunction may cause a complete failure which can cost a human life as well.

Answer: A golden retriever learns to roll over on command :)

Explanation:

Answer:

Nitrogen is a main component of forming life.

Explanation:

Nitrogen gives the soil it's needed nutrients in order to grow plants.

Option A, E

Photosynthesis is the only biological process that takes up carbon dioxide and Photosynthesis is the only process of the carbon cycle that involves energy are statements accurately relate photosynthesis to the other processes of the carbon cycle

Cellular respiration and photosynthesis are essential components of the carbon cycle. The carbon cycle is the pathways by which carbon is reclaimed in the biosphere. Carbon passes from the atmosphere to plants. In the atmosphere, carbon is appended to oxygen in a gas termed carbon dioxide.

By the medians of photosynthesis, carbon dioxide is extricated from the air to create food produced from carbon for plant germination. While cellular respiration liberates carbon dioxide into the atmosphere. Cellular respiration global aids to hold atmospheric oxygen and carbon dioxide at constant levels.

Photosynthesis is a biological process in which plants convert carbon dioxide gas to carbon compounds, such as glucose. It takes up carbon dioxide and transfers carbon from the air to the biosphere. The correct statements are A and D.

Photosynthesis is a biological process in which plants convert carbon dioxide gas to carbon compounds, such as glucose. It is represented in the carbon cycle diagram as the process that takes up carbon dioxide from the air and transfers it to the biosphere. Therefore, statements A and D are correct.

Photosynthesis is not the only process that involves energy in the carbon cycle. Both respiration, which is the opposite of photosynthesis, and human activities also involve energy. Therefore, statement E is incorrect.

The carbon cycle also involves geological activities such as volcanic activity, weathering, and erosion. These processes release carbon dioxide into the atmosphere. So, statement C is incorrect as well.

In conclusion, the correct statements related to photosynthesis and the carbon cycle are A and D. Photosynthesis is the process that takes up carbon dioxide and transfers carbon from the air to the biosphere.

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Answer:

C. move proteins throughout the cell

Explanation:

My science teacher told me.

Answer: have a commanding influence on; exercise control over

Explanation: to control or have influence on

Answer:

Icebergs float because as water freezes, it ex- pands and becomes less dense than the water it sits in. Only one tenth of an iceberg is above the surface, depending on the age of the iceberg. As icebergs melt, the trapped air bubbles pop and make a fizzing sound called “Bergie Seltzer.”

Explanation: