In eukaryote genes, nucleotide segments that code for proteins, called , are interrupted by noncoding segments, called . 2. the process by which information encoded in messenger rna (mrna) is used to assemble a protein is called . 3. the enzyme synthesizes an rna strand by first unwinding a dna molecule and then stringing together a series of rna nucleotides complementary to it. 4. a(n) is a sequence of three bases on a molecule of transfer rna (trna) that is complementary to a coding triplet of messenger rna (mrna) bases. 5. amino acids are added one at a time to the growing protein chain, or , on a ribosome. 6. the process by which the genetic information encoded in dna is copied into messenger rna (mrna) is called .

Answers

Answer 1
1. In eukaryote genes, nucleotide segments that code for proteins, called exons, are interrupted by noncoding segments, called introns.
2. The process by which information encoded in messenger RNA (mRNA) is used to assemble a protein is called translation.  
3. The enzyme RNA polymerase synthesizes an RNA strand by first unwinding a DNA molecule and then stringing together a series of RNA nucleotides complementary to it.
 4. A(n) codon is a sequence of three bases on a molecule of transfer RNA (tRNA) that is complementary to a coding triplet of messenger RNA (mRNA) bases.
 5. Amino acids are added one at a time to the growing protein chain, or polypeptide chain, on a ribosome.
6. The process by which the genetic information encoded in DNA is copied into messenger RNA (mRNA) is called transcription.
Answer 2

In eukaryote genes, exons are  intruded by introns. restatement is the process by which mRNA is used to assemble a protein, and RNA polymerase synthesizes an RNA  beachfront. The sequence of  inheritable information inflow from DNA to RNA to Protein involves recap and  restatement.

In eukaryote genes, nucleotide  parts that decode for proteins, called exons, are  intruded by noncoding  parts, called introns.The process by which information decoded in  runner RNA( mRNA) is used to assemble a protein is called  restatement. The enzyme RNA polymerase synthesizes an RNA  beachfront by first unwinding a DNA  patch and  also  threading together a series of RNA nucleotides  reciprocal to it.   An anticodon is a sequence of three bases on a  patch of transfer RNA( tRNA) that's  reciprocal to a rendering  trinity of  runner RNA( mRNA) bases.   Amino acids are added one at a time to the growing protein chain, or polypeptide, on a ribosome.   The process by which the  inheritable information decoded in DNA is copied into  runner RNA( mRNA) is called recap.

Related Questions

Which of these methods is not safe for thawing foods?
a. under cold running water
b. under hot running water
c. in the microwave
d. in the refrigerator?

Answers

the answer to your question is c, in the microwave. 
hoped this helped you. 

Precipitation and evaporation are important components of the A) water cycle. B) carbon cycle. C) warming cycle. D) nitrogen cycle.

Answers

A is the answer because the water is a liquid

Precipitation and evaporation are important components of the water cycle. Therefore, option (A) is correct.

Water cycle processes include precipitation and evaporation. The water cycle is Earth's constant flow of water between liquid, vapour, and frozen phases and through the atmosphere, land, and seas.

Water vapour in the atmosphere condenses into rain, snow, sleet, or hail. Water evaporates from bodies of water or damp surfaces. Precipitation and evaporation help rebalance Earth's water supply.

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The main threats to freshwater species include ALL BUT one of the following. That is A) disease. B) pollution. C) habitat change. D) invasive species.

Answers

I think it should be A


What kind of trees are present in broadleaf forests?

adaptable

epiphyte

deciduous

dormant

Answers

Answer: deciduous

Broad-leaf means wide, flat leaves on the trees. Broadleaf forest then is a  forest dominated by trees with wide, flat leaves which lose their leaves seasonally or yearly. They are found in areas with warm moist summers and cool winters. Another name for this forest is deciduous forest.

Answer:

deciduous

Explanation:

Most of the trees are broadleaf trees such as oak, maple, beech, hickory and chestnut. There are also several different kinds of plants like mountain laurel, azaleas and mosses that live on the shady forest floor where only small amounts of sunlight get through.

Which sentence describes an example of a positive feedback loop? Warm-blooded animals sweat when they get too hot. Sweating is a method by which the body cools itself. A thermostat regulates temperature by turning a furnace or air conditioner on and off. When blood flows from a mild cut, blood clots form to prevent excessive bleeding. As oceans get hotter, they release more CO2, which then increases atmospheric and ocean temperatures.

Answers

The correct answer is As oceans get hotter, they release more CO2, which then increases atmospheric and ocean temperatures.  

Positive feedback is a process which can be explained like this: A produces more of B which in turn produces more of A. In the example above, high-temperature oceans (A) produce CO2 (B) which then make temperature even higher (A).

As oceans get hotter, they release more CO2, which then increases atmospheric and ocean temperatures.

Why is it necessary to have a constant input of energy into an ecosystem?

Answers

if there was not a constant Input of energy into the ecosystem then nothing would have the power to do anything and nothing would be alive. the energy starts with the sun, then goes to plants, then animals that eat the plants, and then the animals that eat those animals, Ect. if this chain reaction did not happen then the plants wouldn't have to power to go through photosynthesis and then we would get no energy. the amount of energy lessen with every chain that it goes through, this is why we get more energy eating plants and why they are healthier.

Which phrases describe groundwater? Check all that apply.

- Feeds rivers

- Provides habitats

- Used for irrigation

- Provides drinking water

- Used for hydroelectric power

Answers

Groundwater refers to the water present underground, in the spaces and cracks in the sand, soil, and rock. It is accumulated in and moves gradually through the geologic creations of sand, soil, and rocks known as aquifers.  

The groundwater supplies drinking water to about 51 percent of the total population of the United States and 99 percent of the rural population. Almost 64 percent of the groundwater is utilized for irrigation purposes, and it is also a source of recharge for rivers, lakes, and wetlands.  

Hence, the correct phrases that describe groundwater are feeds rivers, used for irrigation, and provides drinking water.  


Answer:  

1.feeds surface water supplies

2.is the largest supply of freshwater

Explanation:

did the test

Soreness in muscles after a heavy workout may be partially due to a buildup of lactic acid during fermentation. this occurs when the mitochondria in muscles run out of _____________.

Answers

The build up of lactic acid in muscles occurs when the mitochondria run out of oxygen.

Final answer:

The buildup of lactic acid during fermentation, facilitated by lactic acid fermentation when mitochondria lack oxygen, causes muscle soreness post-workout. The lactic acid is later transported to the liver, where it is metabolized further.

Explanation:

The soreness in muscles after a heavy workout may be partially due to a buildup of lactic acid during fermentation. This occurs when the mitochondria in muscles run out of oxygen. During an intense workout, if oxygen supply is insufficient for aerobic respiration, muscle cells resort to lactic acid fermentation to provide ATP for energy. The enzyme involved in this reaction is lactate dehydrogenase (LDH). Despite lactic acid being associated with muscle stiffness and fatigue, more recent research suggests that it may not be the sole cause of soreness. It's important to note that the buildup of lactic acid must be removed by the blood circulation and brought to the liver for further metabolism. Once the lactic acid is removed from the muscle, it can be converted back to pyruvic acid and further catabolized for energy.

Where is aggregate generally found? Check all that apply.
-floodplains
-alluvial fans
-mines
-beneath the top soil
-above the top soil

Answers

Aggregates, which refers to particulate coarse materials such as gravel, clay, crushed stone, marl, and sand are generally found in mines.  

Answer:

-floodplains

-alluvial fans

-mines

An aggregate is formed because of deposition of particles like soil, silt, rocks, stones and pebbles. These are deposited due to natural processes like withering and erosion. Floodplains will aggregate sediments over the flood prone region. In alluvial fans aggregates of soil, silt and gravel is deposited when water flows through a mountain valley. In mining process the aggregate of soil, rocks and other material is taken out in order to obtain minerals.  

What body parts carry repeated loads of oxygen-rich blood away from the heart?

Answers

Arteries

The arteries are the blood vessels that carry repeated loads of oxygen-rich blood from the heart to all parts of the body. Arteries are muscular and elastic tubes that operate under high pressure exerted by the pumping action of the heart. The largest artery is the aorta while the arteries' smaller branches are called arterioles and capillaries.






Would you expect carnivores to have longer or shorter intestines than herbivores? why?

Answers

longer, this is to help them digest the meat more than plants

In the female reproductive cycle menstrual flow occurs when the concentrations of

Answers

.....estrogen and progesterone are low

In women, menstrual flow occurs as a result of the actions of some hormone between the pituitary gland in the brain and the ovaries. Female sex hormones prepare the body for fertilization every month and without fertilization there is menstrual flow. Menstruation is activated by reduced levels of the hormones estrogen and progesterone at the end of the previous menstrual flow.






The anticodon of a trna is 5'uug. what codon(s) can be theoretically recognized by this trna?

Answers

Final answer:

A tRNA with an anticodon of 5'UUG pairs with the mRNA codon 3'AAC, which codes for the amino acid Asparagine.

Explanation:

The tRNA anticodon 5'UUG is designed to pair with the mRNA codon of the sequence 3'AAC. The genetic code is degenerate, meaning that most amino acids are coded by more than one codon, but in the case of the codon 3'AAC, it specifically codes for the amino acid Asparagine. This is based on the standard genetic code, where the anticodons of tRNA molecules adhere to the codon-anticodon pairing rules with some flexibility allowed by the wobble position, typically at the third base of the codon.

how much pesticide will each snake take in compared to each grasshopper

Answers

100x the amount of a grasshopper.  snake will eat 10 mice and 1 mouse would have 10x the amount of pesticide compere to a grasshopper. 10x10= 100. 

The amount of pesticide the snake will take in is ;  100 x the amount of pesticide consumed by the grasshopper

Although your question is incomplete a general answer is provided within the scope of your question

When a mouse consumes a grasshopper 10% of whatever the grasshopper consumes is passed onto the mouse ( next trophic level ) therefore the mouse will consume about 10x of the pesticide consumed by a  grasshopper.

where; x = number of grasshopper consumer

Since the 10% value of whatever is consumed in a trophic level is passed onto the next trophic level the snake will consume ( 10 * 10 ) x = 100x amount of pesticide consumed by the grasshopper.

Hence we can conclude that the amount of pesticide the snake will take in is  100x the amount of pesticide consumed by the grasshopper.

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Scientists observed that over the past 40 years, marmots (types of squirrels) are located at increasing elevations on mountains. what is the best explanation for this observation?

Answers

Final answer:

Marmots are being found at increasing elevations on mountains due to changing environmental conditions, likely due to climate change. As the climate warms, suitable habitats for these cold-adapted species move to higher altitudes.

Explanation:

The best explanation for the observation that marmots are being found at increasing elevations on mountains over the last 40 years is that this shift is a response to changing environmental conditions, possibly due to climate change. As the climate warms, the habitat zones on mountains move up in elevation. This is a situation where climate gradients move up mountains, eventually crowding species higher in altitude.

For the marmots, which are cold-adapted species, they need to move to higher altitudes to find suitable, cool habitats. This phenomenon is not restricted to marmots; multiple species across the world are moving to higher altitudes as an adaptation to rising temperatures.


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Using a microscope, a student observes a small, green organelle in a plant cell. which energy transformation most likely occurs first within the observed organelle?

Answers

Final answer:

The first energy transformation in a plant cell organelle, likely a chloroplast, is the conversion of light energy into chemical energy during photosynthesis. This energy is then used to convert carbon dioxide into carbohydrates, providing oxygen and fuel for life on Earth.

Explanation:

The small, green organelle observed in a plant cell under a microscope is likely a chloroplast, which is involved in the process of photosynthesis. In this process, the energy transformation that occurs first is the conversion of light energy into chemical energy (in the form of ATP and NADPH). This process can be further divided into two stages: light-dependent reactions and light-independent reactions (also known as the Calvin Cycle). During the light-dependent reactions, which occur first, chlorophyll within the chloroplasts absorbs light energy from the sun and converts it into chemical energy.

Photosynthesis is vital for life on Earth as it provides the oxygen in our atmosphere and the chemical energy in the form of carbohydrates, that other organisms use to fuel their life processes. The energy stored in the forms of ATP and NADPH is then used to convert carbon dioxide into carbohydrates (simple sugars) during the Calvin cycle.

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The energy transformation that first occurs within a chloroplast is the conversion of light energy to chemical energy during the light-dependent reactions of photosynthesis, resulting in the production of ATP and NADPH.

When a student observes a small, green organelle in a plant cell through a microscope, it is most likely a chloroplast. The primary energy transformation that first occurs within this organelle is the conversion of light energy to chemical energy. This process is known as photosynthesis.

Chloroplasts capture sunlight and use it to excite electrons in chlorophyll. These excited electrons move through electron transport chains (ETCs), and their energy is used to create ATP and NADPH. The first stage of photosynthesis, known as the light-dependent reactions or simply light reactions, is wherein this conversion of sunlight to chemical energy efficiently takes place, with chloroplasts storing the energy in NADPH and ATP. Subsequently, the stored chemical energy in sugars provides energy for the plants to grow and develop.

Willie is on the bus with his classmates. who is most likely to be diagnosed with psychopathology based on the criteria that his or her behavior impairs good daily functioning?

Answers

Willie on the bus with his classmates. Who is most likely to be diagnosed with psychopathology based on the criteria that his or her behavior impairs good daily functioning?

Elizabeth, who must walk up and down the bus steps 10 times before getting on

Final answer:

To assess the likelihood of a psychopathology diagnosis among Willie's busmates, one could look for behaviors suggestive of antisocial personality disorder, such as disregard for others and impulsivity, in combination with relevant risk factors such as low socioeconomic status or a history of parental substance abuse. However, this is a professional diagnosis that is not definitive based on these traits alone, and it's vital to remember that those with psychopathology are not 'bad', but faced with mental health challenges.

Explanation:

In considering who on Willie's bus might be most likely to be diagnosed with psychopathology, we would look for signs of impaired daily functioning manifested in unhealthy personality traits. Antagonism, disinhibition, or potentially manifestations of antisocial personality disorder as described in the DSM-5 could be indicators. For instance, disregard for others' needs, manipulative or deceitful behavior, impulsivity, irresponsibility, and risk-taking—all could signal psychopathology.

In conjunction with these traits, it's important to take into account risk factors such as the prevalence of antisocial personality disorder being higher among men, particularly those with lower socioeconomic status or living in urban, western areas. Emotional neglect, parental substance abuse, and antisocial behaviors could also be indicators.

Lastly, this is not to say that the presence of certain traits or experiences necessitates a diagnosis of psychopathology. Diagnoses require professional assessment and judgement. Importantly, individuals with psychopathology are not inherently 'bad', despite common misconceptions, but rather are struggling with mental health issues that impair their daily functioning.

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Which could be true of an electric field line?

Answers

These are the electric lines through which unit charge can move. These lines may be finite.

What type of cells is unspecialized and has not been differentiated for a specific function?

Answers

I would personally say stem cells as your answer.

The main function fo the placenta is to

Answers

Answer:

The organ that supplies oxygen and nutrients to the growing baby

Explanation:


Phenotype refers to an organism's as what?

Answers

Phenotype refers to the observable traits an organism has. An example is blue eyes, black hair.

How is groundwater used in the United States today?

Answers

It supplies drinking water.

It help's crops/food grow.

It is used by many industries, for it is an important component.

70% of water of Earth is drawn from Earth globally for the agriculture purposes. United states has been used in the drinking, irrigation and life stock as well.

What is the present situation of underground water ?

The present scenario of underground water is that the continuous use of water through the underground resource is making the water level low.

United states has been underground water for the agriculture purposes where the irrigation for various crops is watered through the underground  water.

For drinking purposes as well the most filtered and the clean resource that is considered is underground water.

For life stock, it is underground water that is helping the cattle and the grazing animals to cope up with the need of water.

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Which is the correct sequence in the formation of a glacier? snow, firn, granular ice, glacial ice?

Answers

The correct sequence in the formation of a glacier is snow, granular ice, firn, glacial ice. 
Glacier is a large mass of ice on land that shows evidence of being in motion, or of once having moved under the force of gravity. Continental glacier is a thick, slow-moving sheet of ice that covers a large part of a continent or other large landmass. A valley glacier is a river of ice that forms in the cold heights of a mountain range, where snow accumulates, then moves downslope, either flowing down an existing stream valley or carving out new valley. 

Final answer:

The correct sequence for glacier formation is snow, firn, granular ice, and glacial ice. This transition occurs as snow compacts and recrystallizes into denser forms due to accumulation and pressure, eventually becoming glacial ice that makes up moving glaciers.

Explanation:

The correct sequence in the formation of a glacier is indeed snow, firn, granular ice, and finally glacial ice. A glacier forms when winter snowfall exceeds summer melting. Over time, the snow undergoes compaction and recrystallization, first turning into firn, which is a transitional state where snow begins to compact under the weight of new snow layers. Gradually, as more snow accumulates, firn densifies into granular ice. Once the ice becomes very dense and the air pockets between the grains are minimized, it transforms into the glacial ice that constitutes a glacier. This process is dynamic and affected significantly by temperature and precipitation patterns.

Glaciers are important because they can impact local ecosystems, serve as water resources, and indicate changes in global climate patterns. They are often found in high mountain ranges, where they persist due to the cooler temperatures and adequate snowfall. As mentioned, glaciers in Glacier National Park, Montana, USA, are identified as such when the body of ice has an area of at least 0.1 km², and these behave dynamically, moving under their own weight and continually adapting to the climatic conditions.

Which factors have permitted the human population to continue increasing despite using nonrenewable resources at an unsustainable rate?

Answers

By using renewable resources like water and wind to help power things.
Final answer:

The human population has grown due to advancements in technology, agriculture, medicine, and family planning, which have increased the carrying capacity of the environment and stalled the limitations posed by nonrenewable resources.

Explanation:

The human population has continued to increase despite the utilization of nonrenewable resources at unsustainable rates largely due to key factors that have altered the environmental carrying capacity. An important factor is the technological advances in food production, which have greatly increased the amount and quality of calories available per person.

Additionally, advancements in medicine have significantly reduced mortality from diseases, contributing to longer life expectancies. Contraception and family planning play a role in managing the growth rate of the population. These factors, along with humans' ability to migrate and affect public health through sanitation and medical interventions, have allowed for an expansion in population that exceeds earlier predictions, such as those from Malthus.

While these developments have allowed human societies to push the boundaries of their environments, there is an ongoing debate about the sustainability of this growth and the future challenges that may arise from overpopulation and resource depletion.

True or false diabetes can contribute to gum disease

Answers

True, diabetes can contribute to gum disease.

The correct answer is true.

It can weaken the resistance of gum and bone tissue to infection; bacteria. Many kinds of bacteria, or gums, thrive on sugars, including glucose. Glucose is the sugar linked to diabetes. When diabetes is badly controlled, high glucose levels in mouth fluids may help germs grow and can set the stage for gum disease.

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"tamara has been reporting blindness and numbness in her hands but her doctors cannot find any physical or medical explanation for these symptoms. instead, they believe she might be suffering from a "

Answers

conversion disorder is the answer to the question you have above. 

Selma is creating an aquarium-style coral reef model to teach her students about coral reefs. What should she include in the model?
Abarren sand and warm, clear, fresh water
B colorful rocks, fake plants, fish, and turbid water
C colorful rocks, fake plants, fish, and warm, clear, saline water
D barren sand, no plants, only fish and warm, clear, fresh water
E colorful rocks, fake plants, fish, and cold, clear, saline water

Answers

Answer:

The answer is actually c

Explanation:

Colorful rocks, fake plants, fish, and warm, clear, saline water includes in the model of aquarium.

What do you mean by aquarium?

A public aquarium or public water zoo is the aquatic counterpart of a zoo, which houses living aquatic animal and plant specimens for public viewing.

You will want to use sand that is designed to be used in a freshwater aquarium. Most sand is silica-based, and that silica can contribute to brown algae. Aquarium sand that is silica-based will have a coating that prevents this.

Fill the aquarium with water, and either add hydroponic nutrients or for more fun, add several aquarium fish. If adding fish, do not add any fertilizer for the plants. Monterey Bay Aquarium in California is definitely worth a visit. It is especially great for kids, but also anyone who loves the ocean.

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Cellular respiration occurs in: select one:
a. plants only
b. animals, plants, and bacteria.
c. animals only
d. bacteria only
e. animals and bacteria only

Answers

the answer is b it occurs in plant animals and bacteria

Horizontal, planar, rocky surfaces that form in the surf zone as a result of wave erosion are called

Answers

Horizontal and planar rocky surfaces forming surf zone as the result of a wave erosion is called wave-cut terraces. It is also called as the Abrasion Platform, sloping the rock ledge extending from high tide at steep cliff to low tide's base.

BRAINLIESTTT ASAP!

1. What do atoms consist of?

Elements
Compounds
Charged and uncharged particles
Neutrons moving around a nucleus

2. Which statement is true about sodium chloride (NaCl)?

It is a salt because it decreases the concentration of metallic ions.
It is an acid because it is formed by the reaction of a salt and an acid.
It is a salt because it is formed by the reaction of an acid and a base.
It is an acid because it increases the concentration of nonmetallic ions.

Answers

Atoms are made of charged and uncharged particles called Electrons, Neutrons, and Protons. Protons and Neutrons sit in the center or nucleus. Electrons orbit the nucleus. Answer: C.

#2 is C. It is a salt because of the reaction of an acid and a base.

Atoms consist of charged and uncharged particles. Therefore, option C of 1 is correct. NaCl is a salt because it is formed by the reaction of an acid and a base. Therefore, option C of 2 is correct.

What are atoms?

Atoms are the basic building blocks of matter. They are the smallest unit of a chemical element that retains the chemical properties of that element. Atoms are composed of three types of subatomic particles: protons, neutrons, and electrons.

Protons and neutrons are found in the nucleus of the atom. Protons have a positive charge, while neutrons have no charge, giving the nucleus a positive charge overall. Electrons, which are negatively charged, orbit the nucleus in shells or energy levels. The behavior of these particles determines the chemical properties of the atom.

Atoms consist of charged and uncharged particles. Therefore, option C of 1 is correct. NaCl is a salt because it is formed by the reaction of an acid and a base. Therefore, option C of 2 is correct.

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