What is the main difference between a producer and a consumer? Give an example to support your answer

The answer is, B). Balanced

Answer:

d. balanced

Explanation:

When the net force of opposite forces is zero, the forces are balanced.

Coal is formed from plant vegetation. When this organic matter accumulates (layer after layer) in water-logged region, over time it forms peat (partly decomposed matter in acidic boggy ground). When the peat gets buried down under a column of sediments (over time), the high pressure and temperatures convert the peat to coal.

 The  organism is bacterial 

Coal is known to be black solid combustible fossil fuel that is made up of carbon based material which is about 50% of its weight. The process of coal formation begins with the decomposition of plant matter by bacterial. The two main phases in coal formation are peatification and coalification, however, bacterial activity creates peat during peatification while increasing the temperature and pressure is refers to as coalification.

Answer:

Explanation:

Agriculture solely is responsible for the source of food, shelter and clothing in our modern world. It has been so since pre-historic times. The role in which agriculture plays has further been expanded to capture newer dimensions.

Proper agricultural management and distribution of food helps to alleviate the problem of food shortages in societies today. Most growing communities are located in hinterlands due to the availability of land for farm practices. If produce fails to reach the buying and dependent communities, there would be acute food shortage. To the farmers, they will incur loss through spoilage of produces.

Proper management bridge this gap.

Answer: The correct answer is Option A.

Explanation:

Iodine is the 53rd element of the periodic table. The number of electrons present in this element are 53.

The electronic configuration of this element = [tex][Kr]4d^{10}5s^25p^5[/tex]

As, the electrons are filled in the orbitals having n = 5. So, it is present in Period 5.

And, the number of valence electrons of this element is 7. So, it is present in Group 17.

Hence, the correct answer is Option A.

Given: Flourine 23 has a half life of 2.2 seconds. Amount of Flourine 23 present at the beginning is 400 gm.

To find: The amount of Flourine 23 left after a duration of 11 seconds.

Solution:

The number of half-lives that 400 gm of Flourine 23 has to go through can be found by the following way,

[tex] \frac{T}{T_h_a_l_f_-_l_i_f_e} = \frac{11 seconds}{2.2 seconds} = 5 [/tex]

So the 400 gm of Flourine 23 will undergo 5 half lives and with each half-life the amount gets divided by 2 or reduces by half.

400 gm -> 200 gm -> 100 gm -> 50 gm -> 25 gm -> 12.5 gm

∴ 12.5 gm of Flourine 23 will be left after 11 seconds.

Answer: Doctors will still use other drugs that are known to treat tuberculosis, even if they are less effective than the common drugs.

Tuberculosis (TB) is a disease caused by bacteria that are spread through the air from one person to another. TB  affects not just the lungs, but other parts of the body (the brain, the kidneys, or the spine). In most cases, TB is treatable and curable; however, sometimes drug-resistant tuberculosis occurs when the drug can no longer kill the TB bacteria. In such case, doctors will use other drugs that are known to treat TB, even if they are less effective than the commonly available drugs.

Answer:

The correct answer would be two or more genes.

Explanation:

Polygenic traits are characters whose phenotypes are influenced by two or more genes. These traits are displayed in continuous distribution. These characters generally have two alleles of each gene but can have multiple alleles too.

Height is also a polygenic trait in humans. Humans can be of different sizes. It is controlled by three genes and six alleles. Eye color, skin color and other traits also polygenic traits in humans.

Thus, the correct answer would be two or more genes.

The Working for Water program conserves water through initiatives like managing invasive alien plant species and promoting community-based water conservation projects.

The Working for Water program helps conserve water by implementing various strategies and initiatives. One of the main ways it achieves this is by managing and eradicating invasive alien plant species that consume excessive amounts of water. By clearing these plants, more water is made available for natural ecosystems, preserving biodiversity and ensuring the sustainability of water resources.

In addition, the program promotes community-based water conservation projects, such as rainwater harvesting and water efficiency education. These projects empower local communities to actively participate in conserving water and developing sustainable water practices.

Overall, the Working for Water program plays a crucial role in water conservation by addressing both ecological and community aspects, ultimately contributing to the long-term sustainability of water resources.

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Answer:

Carbon, Hydrogen, Nitrogen, and oxygen  

Explanation:

Trophic levels are the way ecology uses to organize the organisms that make up a food chain, where mass and energy transfer occurs between individuals or populations. The components of these chains can be simplistically divided into three broad groups: producers, consumers and decomposers. Foods that are involved in trophic levels have as their main elements carbon, hydrogen, nitrogen and oxygen. These elements are present at all trophic levels and are responsible for helping energy move from one trophic level to another.

usefulness and profitability

Usefulness and profitability are the qualities of a mineral that classify it as an "ore".

This implies when the Geologist's who considered minerals, they characterized them. Its gauges in the grouping are intended to demonstrate components and metals that can productively be separated from a shake.

Answer:

C) tissue.

Explanation:

The epithelium is a tissue.

Epithelial tissue is one of the four basic types of animal tissue. Formed by juxtaposed cells, among which there is little extracellular substance. Since your cells have no blood vessels, nutrients are received through the underlying connective tissue.

The lining epithelial cells are joined with each other through structures called cell junctions. The various types of junctions serve not only as adhesion sites, but eventually also as seals preventing the flow of materials through the intercellular space, and they can also offer channels for communication between adjacent cells. Therefore, from a junctional point of view, junctions can be classified as adhesion junctions, tight junctions and communication junctions (gap junctions). In many epithelia several junctions are present in a constant sequence from the apex to the cell.

Answer:

The clearer the water, the less threatened it is with the full body plate fish.

Explanation:

The correlation between the clarity of the water and the occurrence of the full body plate trait, is that the clarity of the water determines how much of the full bady plate fish will exist in that environment.

This is because the full body plates are dark colored, the less clear the lake water has, the easier it will be for these fish to survive because they will be able to camouflage themselves more easily. However, the greater the clarity of the water, the more affected the camouflage will be, causing a great threat to the existence of this fish.

Lactic acid is produced during lactic acid fermentation, a process used by certain bacteria and animal muscle cells under low-oxygen conditions, catalyzed by lactate dehydrogenase. In muscles, lactic acid is transported to the liver for conversion back into pyruvic acid for energy.

Lactic Acid Fermentation

Lactic acid is produced during a process known as lactic acid fermentation. This process is carried out by certain bacteria, such as those found in yogurt, and by animal muscle cells, like those in humans, during intense physical activity when there is not enough oxygen available for aerobic respiration. The key chemical reaction in this process is Pyruvic acid + NADH → lactic acid + NAD+, and it is catalyzed by the enzyme lactate dehydrogenase (LDH). In muscle cells, this process allows them to continue producing energy even when oxygen levels are low, although it can lead to the temporary accumulation of lactic acid in the muscles. Ultimately, the lactic acid must be transported via the blood to the liver, where it can be converted back into pyruvic acid and used for further energy production.

actually the answer is D. I put a and got it wrong then it showed me the answer.

Answer:the answ is d

Explanation:

The time period during which imprinting occurs is the 'sensitive period'.  It is a specific time right after birth or hatching where an animal learns to recognize its own species. This behavior often affects their behaviors later in life.

The period of time during which imprinting occurs is the sensitive period. Imprinting is a rapid form of learning that occurs in a specific time period, usually soon after birth or hatching, which enables an animal to recognize its own species. It often determines behaviors later in life. The concept of the 'sensitive period' in imprinting was proposed by ethologist Konrad Lorenz. He showed that the rapid learning process happens in a limited, very specific period of time, making imprinting a phenomenon of the sensitive period.

To differentiate between options, a fear period is a time of particular sensitivity to fear stimuli, often seen in young animals. The training period is rather a human-defined concept for when learning might be most effective, and the socialization period refers to the period when social skills and behaviors are learned, but those are not exclusive to imprinting.

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El Nino is a climate cycle which happens in the Pacific Ocean. The cycle begins when the warmer water in the western, more tropical, part of the Pacific Ocean shifts eastward along the equator toward the coast of South American, where the water then pools near Indonesia and the Philippines.

Answer:

Explanation:

Mining the surface have specific consequences. Since that is at the surface, air is gonna contaminate rapidly because of all those factors that don't belong to that context. Also, the soil is gonna be damaged, because to do mining activities you have to dig, changing the structure and consistency of the surface.

Moving from underground mining to surface mining carries health and safety implications for miners, environmental impacts, and socio-economic consequences. The environmental effects include pollution and biodiversity loss while socio-economic challenges may arise due to increased investment and community response.

Moving from underground mining to surface mining entails several significant consequences. First, it impacts the health and safety of miners. Underground mining entails working in very dangerous conditions, such as high temperatures, poor ventilation, and risks of explosions and cave-ins. Many miners in the past have either died or suffered severe injuries due to these conditions.

Environmental impact is another major consequence of shifting to surface mining. The extractive industries like mining can cause substantial environmental damage, causing potential harm to local communities and their livelihoods. Toxic chemicals can leach into soils, contaminating crops and water sources, and air pollution can increase due to the burning of fossil fuels. This can lead to climate change and reduction in biodiversity.

Surface mining also brings socio-economic challenges due to the increased investment required, leading to the emergence of bigger business-driven mining operations. This can lead to greater urban stability and infrastructure but may also provoke protests and demands for accountability from local communities.

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All organisms require resources to grow, reproduce, and survive. All the resources are limited. Hence, organisms compete to get the resources. Competition is an interaction which takes place among organisms whenever two or more organisms require the same limited resource.  

Ecological interactions can be intra-specific or inter-specific. Intra-specific interactions are those that occur between individuals of the same species, while interactions that occur between two or more species are called inter-specific interactions.  

Competition between organisms plays an important role in ecology and evolution, it serves to limit organism population and thereby ensure its sustainability and survival.

The right answer is C

If we take a thoughtful and observant look at all these digital and other prowess, we can only admire the progress made for and by humanity, but on the other hand if we manage to keep our critical eye on things ( and it is fortunately still the case) we are able to see the many vices that these machines can give us.

As a man, we must be able to brake from time to time when it becomes too excessive, but this way of life has become so natural and indispensable that, to keep pace with this society, we have to be as we say. " up to date ". those who do not comply with the requirements end up being the victim of a professional suicide (company, bank education etc. ...)