According to scientists, ocean waves could be a source of energy. Devices are being designed to capture the energy from waves and supply electricity to coastal areas. A direct benefit of utilizing this technology to produce energy would be the

destruction of habitats near the devices



decreased use of nonrenewable resources



release of gases needed for photosynthesis



increased use of finite resources

Answers

Answer 1

If we say something is beneficial, it must be positive and really mean to give advantage to one thing or another. Wave energy is a renewable energy since it can be used repeatedly over time without any problem on supply. Hence the greatest benefit it can give would be:

 

decreased use of nonrenewable resources


Related Questions

what is the main cause of earthquakes and volcanic eruptions?

Answers

Movement of tectonic plates

Final answer:

The main causes of earthquakes and volcanic eruptions are the movement and interaction of the Earth's tectonic plates, along with the release of energy as the plates shift along faults. Volcanic eruptions also occur when pressurized magma finds a way to the surface. Human activities can sometimes induce earthquakes and influence damage levels, though the fundamental causes are natural geologic processes.

Explanation:

The main cause of earthquakes and volcanic eruptions is the movement of the Earth's tectonic plates. Most earthquakes occur along faults, which are breaks in the Earth's crust where blocks of the crust move past each other. These movements can lock huge masses of rock in position for a long time before they abruptly shift, causing the ground to tremble. The driving mechanism behind these movements is the heat from the decay of radioactive elements within the Earth, and the associated tectonic activity.

Those same tectonic forces can also trigger volcanic eruptions. Magma formed deep within the Earth rises through the crust, and when pressure builds up, it can be released explosively through volcanoes. An eruption can release not just lava, but also gases, ash, and rock. Sometimes, water merging with sub-surface magma adds to the explosive force of eruptions, as in the case of the 1815 eruption of Mount Tambora in Indonesia.

How is the protein created from the mRNA sequence which reads AUGAUAGUGUAC different from the protein created from one that reads AUGAUAGUGUAG?




U



C



A



G







UUU

Phenylalanine

UCU

Serine

UAU

Tyrosine

UGU

Cysteine

U

U

UUC

Phenylalanine

UCC

Serine

UAC

Tyrosine

UGC

Cysteine

C



UUA

Leucine

UCA

Serine

UAA

Stop

UGA

Stop

A



UUG

Leucine

UCG

Serine

UAG

Stop

UGG

Tryptophan

G



CUU

Leucine

CCU

Proline

CAU

Hisitidine

CGU

Arginine

U

C

CUC

Leucine

CCC

Proline

CAC

Hisitidine

CGC

Arginine

C



CUA

Leucine

CCA

Proline

CAA

Glutamine

CGA

Arginine

A



CUG

Leucine

CCG

Proline

CAG

Glutamine

CGG

Arginine

G



AUU

Isoleucine

ACU

Threonine

AAU

Asparagine

AGU

Serine

U

A

AUC

Isoleucine

ACC

Threonine

AAC

Asparagine

AGC

Serine

C



AUA

Isoleucine

ACA

Threonine

AAA

Lysine

AGA

Arginine

A



AUG

Methionine/Start

ACG

Threonine

AAG

Lysine

AGG

Arginine

G



GUU

Valine

GCU

Alanine

GAU

Aspartate

GGU

Glycine

U

G

GUC

Valine

GCC

Alanine

GAC

Aspartate

GGC

Glycine

C



GUA

Valine

GCA

Alanine

GAA

Glutamate

GGA

Glycine

A



GUG

Valine

GCG

Alanine

GAG

Glutamate

GGG

Glycine

G

a. The first has fewer amino acids than the second.
b. The first has isoleucine where the second has leucine.
c. The first has one more amino acid than the second.
d. The first has serine where the second has valine.

Answers

C option is the right answer which states teat the first has one more amino acid than the second.

Explanation:

The first mRNA sequence codes for the Methionine (start codon), isoleucine, valine, and tyrosine.

The second mRNA sequence for the Methionine, isoleucine, valine only, because the last sequence (UAG) is of stop codon and stop codon do not code for any of the amino acids.

How many sperm cells are released into the woman during intercourse?

Answers

There is around 300M sperm cells released per ejaculation, which is much more than the release of ovum

Answer: more than 300 million sperms are released.

In c3 plants the conservation of water promotes _____. in c3 plants the conservation of water promotes _____.

Answers

In C3 plants the conservation of water promotes photorespiration.
Other names or terms used for Photorespiration are oxidative photosynthetic carbon cycle, or C2 photosynthesis.
We can define photorespiration as a process in plant metabolism in which the enzyme RuBisCO oxygenates RuBP and as a result some of the energy produced by photosynthesis to be wasted.
Final answer:

In C3 plants, the conservation of water promotes increased efficiency and survival in harsh dry heat conditions. Two adaptations have evolved in these plants to conserve water. First, they have a more efficient use of CO2, allowing photosynthesis to occur even when the stomata are closed on hot days.

Explanation:

In C3 plants, the conservation of water promotes increased efficiency and survival in harsh dry heat conditions. Two adaptations have evolved in these plants to conserve water. First, they have a more efficient use of CO2, allowing photosynthesis to occur even when the stomata are closed on hot days.

Second, preliminary reactions of the Calvin cycle take place at night, when cooler temperatures allow the stomata to remain closed and conserve water. These adaptations help the plants carry out low levels of photosynthesis without opening the stomata at all.

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When a cell gains water, what happens to its size and weight?

Answers

the water gets inside the cell and it looks like its going to burst...the weight will be heavier 

What is the difference between messenger RNA and transfer RNA?

Answers

Three major types of RNA are mRNA, or messenger RNA, that serve as temporary copies of the information found in DNA; rRNA, or ribosomal RNA, that serve as structural components of protein-making structures


mRNA carries genetic instructions from DNA to ribosomes for protein synthesis, while tRNA translates the mRNA code into amino acids to form proteins.

The messenger RNA (mRNA) and transfer RNA (tRNA) are crucial components in the process of protein synthesis. mRNA is responsible for carrying the genetic code from DNA to the ribosomes, the sites of protein synthesis. After being transcribed in the nucleus, mRNA carries the genetic message into the cytoplasm, determining the sequence of amino acids during protein synthesis.

On the other hand, tRNA's role is to convert the information carried by the mRNA into a form that can be used to synthesize proteins by picking up specific amino acids and transferring them to the ribosomes, where they are assembled into proteins following the blueprint provided by the mRNA.

_________ in our atmosphere is a direct consequence of the emergence of life

Answers

Answer:  "Oxygen (O₂)" .
_____________________________________________________

Oxygen in our atmosphere is a direct consequence of the emergence of life.

What is oxygen?

Chemical elements are substances that only contain one kind of atom, such as oxygen. Since oxygen has an atomic number of 8 and the official chemical symbol O, an oxygen atom has eight protons in its nucleus. At room temperature, oxygen is a gas that has no flavor, color, or odor. In nature, oxygen exists as a molecule.

The process of an organism taking in and releasing gases into the environment is referred to as respiration. The organism's body releases carbon dioxide back into the environment as a result of food digestion and oxygen inhalation.

Therefore, the presence of oxygen in our atmosphere is a direct result of life's emergence.

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What kind of metabolic poison would interfere with glycolysis?

Answers

Generally metabolic poisons affecting glycolysis stop the working of the Krebs Cycle. The poison substitutes for a sugar like glucose but is not able to be metabolized and used like glucose.
Final answer:

Metabolic poisons that interfere with glycolysis include those affecting pyruvate kinase, leading to ATP production failure, and ethylene glycol, which causes metabolic and lactic acidosis.

Explanation:

A metabolic poison that could interfere with glycolysis is one that affects enzymes involved in the glycolytic pathway. For instance, compounds that impair the function of pyruvate kinase will hinder the last step of glycolysis, causing a critical reduction in ATP production, especially in red blood cells (RBCs) that rely solely on glycolysis for their energy. Another example is ethylene glycol poisoning, which leads not only to metabolic acidosis due to accumulated glycolic acid but also lactic acidosis, contributing to the inhibition of metabolic pathways.

Luke plays football. his coach measured his body fat at 24 percent. luke is

Answers

Body fat between 18 and 24 percent is considered average. Athletic man's body fat levels are from 6 to 17 percent. The fact that Luke has body fat at 24 percent means that he is carrying too much body fat and is considered obese. For women
a healthy body fat range is generally considered to be 14 to 31 percent.

Final answer:

Luke has a body fat percentage of 24%, which is relatively high and may indicate the need for some lifestyle changes to improve his health and athletic performance.

Explanation:Answer:

Luke's body fat percentage of 24% indicates that he has a relatively high amount of fat in his body compared to his total body weight.

This measurement is commonly used as an indicator of overall health and fitness level, as higher body fat percentages can increase the risk of certain health conditions.

To improve his health and athletic performance, Luke may consider engaging in regular exercise and following a balanced diet.

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Which of the following is NOT true?
A. ATP is formed during both photosynthesis and cellular respiration.
B. Both plant cells and animal cells carry out cellular respiration.
C. Carbon dioxide is released during photosynthesis and used during cellular respiration.
D. Oxygen is used during cellular respiration and released during photosynthesis.

Answers

The answer is C.

It is not true that CO2 is released during photosynthesis, rather its the opposite. Carbon dioxide is a raw material for the production of  starches and cellulose through photosynthesis. Atmospheric carbon dioxide is captured during the light dependent reactions of photosynthesis then used for the production of starch, glucose and cellulose in the light independent reactions (Calvin cycle)  of photosynthesis.

In aerobic cellular respiration, oxygen rather than Carbon dioxide is a requirement because it is needed as the terminal electron acceptor in the production of ATP.

C. Carbon dioxide is released during photosynthesis and used during cellular respiration. 

The majority of the ________ produced by cellular respiration comes from the electron transport chain.

Answers

The majority of the ATP

How did one species produce so many different species (the six ecomorphs)?
a.because the islands were isolated for an extended period, a lack of interbreeding between populations of the same species caused all the species to diverge.
b.without competition from other species, the one species adapted to fit all of the available habitat types.
c.to fill all the needed jobs in their ecosystem properly, anolis lizards diverged into exactly the amount of species necessary for their habitat.
d.because the anolis lizards have such a diverse range of characteristics, they were able to produce many different species. submit for grading save and finish later?

Answers

 I think it is  A because of inbreeding hope this helps. :) :) :) :)

Answer:

Option A

Explanation:

There are basically two hypotheses that explains the evolution of six ectomorphs  

a) When the ectomorphs were evolving the island was in contiguous state. Due to this plate tectonic movement was high that ultimately led to the division of island into six different islands which caused these ectomorphs evolve separately due to the geographical barrier.

b) Second theory could be that all ectomorphs evolved on the same island but then with the division of island, they got separated.  

Hence, option A is correct

Choose the correct function of lipids:

Increasing the rate of reactions

Forming cellular structures

Protection of internal organs

Transmitting nerve signals

Answers

The answer is C) Protection of internal organs.
I think its c
Hope it helped!

In the structure of DNA, which nucleotide always pairs with adenine?

A) Cytosine
B) Guanine
C) Thymine
D) Uracil

Answers

the answer is C) thymine
just like how guanine always pairs with cytocine
I think it’s (C) I’m not sure

genetic drift leads to evolutionary change in the absence of natural selection. explain how this is possible.

Answers

genetic drift is the change in allele frequencies. even if every individual has the same opportunities to survive, reproductivity contributes to the following generation, allowing it to vary due to random chance. hope this helps :)
Final answer:

Genetic drift refers to changes in allele frequencies within a population due to random events or chance, rather than selective pressures. Events such as natural disasters (resulting in a bottleneck effect) or migrations (resulting in a founder effect) can lead to genetic drift and thus cause evolutionary changes.

Explanation:

Genetic drift refers to random changes in allele frequencies within a population. Unlike natural selection, which selects the fittest individuals and often results in a more fit population overall, genetic drift operates independently, and is often just the result of chance. For example, if only a subset of individuals reproduces by chance, and they predominantly carry a certain allele, that allele's frequency could increase within the population. This could occur even if the allele does not confer a fitness advantage.

Sometimes, a chance event like a natural disaster can also cause genetic drift. Known as the bottleneck effect, such a disaster could randomly kill a large portion of a population, dramatically altering the population's allele frequencies. The leftover population might possess a significantly different genetic composition than the original. It's important to note that these changes are due to random occurrences, and not driven by selective advantages as with natural selection.

Another example of genetic drift is the founder effect. If a small group of individuals from a population establishes a new colony, the allele frequencies of this new population may not represent the original ones. So, genetic drift can lead to significant evolutionary changes over time, even in the absence of natural selection.

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Determine if the limiting factors listed below are density-dependent or density-independent.

Answers

Final answer:

Density-dependent factors are environmental conditions that have different effects on population densities. They include predation, competition, waste accumulation, and diseases caused by parasites. Density-independent factors have the same effect at all population densities and can be weather events or human activities.

Explanation:

Density-dependent factors are environmental conditions that have different effects on population densities. They are usually biological in nature and include predation, competition, waste accumulation, and diseases caused by parasites. These factors have a greater impact on population mortality when the population is denser. For example, during competition, the reproductive rates of individuals decrease, reducing the population's growth rate. Low prey density also increases the mortality of predators as they struggle to find food.

Density-independent factors, on the other hand, have the same effect at all population densities. They can be environmental conditions such as weather events or human activities that directly impact population numbers. These factors cause mortality in a population regardless of its density. An example is a pesticide that kills caterpillars irrespective of their population size.

Pancreatic cancer, or _____ is the fourth leading cause of cancer death in the united states

Answers

adenocarcinomas is the answer!

What can you conclude about the advantage of the cell membrane being made up of phospholipids? The phospholipids controls what enters and leaves the cell. The phospholipids improve the immune response of the cell. The phospholipids allow for the regulation of metabolism. The phospholipids offer the ability to digest enzymes.

Answers

The correct option is A.
The phospholipid is an amphiphatic substance, that is, it is both hydrophilic and hydrophobic. This allow it to have different kind of interactions with different kind of substances. This property of the phospholipid allows it to regulate the type of substance which can enter the cell, thus regulating the type of particles which can move to and from the cell.

When oxygen is released as a result of photosynthesis, it is a direct by-product of _____?

Answers

It results from the splitting of water molecules. This process allows for the plant to receive the energy from the hydrogen atoms while disposing of the oxygen molecule as a waste product. This is all done as a way of creating glucose from carbon dioxide (in the air) and water (from the soil).

In this exercise we have to have knowledge of photosynthesis and knowing that oxygen is a direct product of the gas exchange of carbon dioxide.

How does photosynthesis occur?

The process of photosynthesis happens when water and mineral salts are removed from the soil through the root of the plant and it ends up traveling through the stem to the leaves in the form of sap, which is called raw sap. The leaf absorbs sunlight through chlorophyll, the substance that gives the green color of plant leaves.

In this way we can say that in the process of photosynthesis we know that oxygen will be the direct product of carbon dioxide.

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Why doesn't the recessive gene disappear from the population?

Answers

It's called hybrid protection. Heterozygous organisms show the dominant trait but protect the recessive one. It is difficult to determine if an organisms is homozygous or heterozygous dominant. So when 2 heterozygous individuals mate the possibility of the recessive phenotype becomes real.



Sickle-cell anemia is a disease that is caused by a change in the gene sequence by _____.
one amino acid
two amino acids
three amino acids
four amino acids

Answers

Sickle-cell anemia is a disease that is caused by a change in the gene sequence by one amino acid.

Which of these statements is not correct regarding our limbic system?

Answers

The question does not provide any options, I found the options and here are the options:

A) Sights often create strong emotional responses.
B) The cingulate helps you express your emotional state.
C) Emotional states can alter our blood pressure.
D) Your amygdala judges facial expressions for danger.

The correct choice is "A", " Sights often create strong emotional responses".
The sense which is more directly involved with a person’s limbic system is the sense of smell and because of that it is the sense of smell which should or is more likely to initiate emotional response.

Based on the name of the muscle pronator teres what can you tell about it

Answers

Pronator teres is the muscle of forearm.The word pronator refers to as side to side movement of limb and teres refers to as round and long muscle or ligament.

The pronator teres pronates the forearm ie turns the forearm so that the palm faces posteriorly.It comprises of two heads: Humeral (larger and superficial,arises from the medial part of supracondylar ridge) and Ulnar ( thin fasicle and arises from the medial side of coronoid process of ulna).

Pronator teres is supplied by Medial nerve.

What is the last spot where csf circulates before being resorbed by the circulatory system?

Answers

The last spot that csf circulates is at the arachnoid granulations that connect sthe subrachnoid space with the superior sagittal sinus at the superior portion of the neurocranium.

The last location CSF circulates before its reabsorption into the circulatory system is the subarachnoid space specifically at the arachnoid granulations.

The last spot where cerebrospinal fluid (CSF) circulates before being resorbed by the circulatory system is the subarachnoid space. Specifically, once the CSF passes through the ventricular system, it enters the subarachnoid space through the median and lateral apertures. It is within the arachnoid granulations in the subarachnoid space that CSF is reabsorbed into the blood. This reabsorption removes metabolic waste from the central nervous tissue. The subarachnoid space serves not only for CSF reabsorption but also acts as a protective liquid cushion for the brain and spinal cord.

Which of the following best explains why air pollution that was once blamed for global cooling is now considered responsible for global warming?

a. Pollution began reflecting sunlight and heat rather than absorbing it.
b. Evidence of global warming became overwhelming.
c. Scientists mistakenly thought pollution reflected sunlight and heat rather than absorbed it.
d. Congress required scientists to assign a cause to global climate change.

(Not A)

Answers

The correct option is B.
The field of science is very dynamic and it thrives on discovery of new evidences. When new evidence are found for a particular phenomenon, the existing phenomenon has to be adjusted to fit the new discovery. Air pollution was once named to be responsible for global cooling because enough evidence was not available then to prove otherwise but now overwhelming evidences show that pollution is responsible for global warming.

​in the nervous system information is passed through the body's ____, while in the endocrine system information is passed through the body's ____.

Answers

In the nervous system information is passed through the body’s neurons while in the endocrine system information is passed through the body’s bloodstream. In addition, the sympathetic nervous system activates stress response and the parasympathetic nervous system activates calming response. 

When experimental results are statistically significant, this means the _____ hypothesis has been _____?

Answers

When experimental results are statistically significant, this means the NULL hypothesis has been REJECTED?

Answer:

___Null __ hypothesis has been _Rejected____

Explanation:

If the results obtained from the testing of a null hypothesis are statistically insignificant then it means that there were not enough proofs to support the null hypothesis and hence in virtue of insufficient proofs the null hypothesis is rejected.  

The meaning of significant does not implies that statistically significant null hypothesis is important. However, it simply means that statistically insignificant hypothesis have high probabilities to provides less evidence in order to support the thesis.  

The probability value of hypothesis must be less than 0.01 for a strong rejection of null hypothesis.  

A 68-year-old obese woman presents with a markedly decreased level of consciousness. she was found in bed by her husband. your primary assessment reveals that her respirations are slow and shallow, her pulse is slow and weak, and her skin is cold and dry. according to the patient's husband, she has had a recent infection, but he cannot remember what the doctor called it. you should be most suspicious that this patient is experiencing

Answers

He might be experiencing a myxedema coma.

The maximum shelf life for a sterile pack is

Answers

the maximum shelf life for a sterile pack is 30 days. hope that was helpful
30 days is the maximum shelf life.

All four biomolecules have carbon (C), hydrogen (H), oxygen (O), and nitrogen (N).


True
False

Answers

true
The living matter is composed of mainly six elements: carbon, hydrogen, oxygen, nitrogen, phosphorus and sulfur.
remember: CHON 
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