Becky has been asked to provide an example of how carbon is converted from a living form to a non-living form.
Which example should she use?
O Carbon dioxide in the atmosphere is absorbed by an ocean.
O Sugar in animals is converted into carbon dioxide during cellular respiration
O Calcium carbonate in rocks is converted into sediment through weathering
O Carbon dioxide from the air is converted into sugars during photosynthesis.

Answers

Answer 1

Answer:

Carbon dioxide in plants is converted into sugars during photosynthesis

Explanation:

 

Answer 2

An example of how carbon is converted from a living form to a non-living form is as follows: sugar in animals is converted into carbon dioxide during cellular respiration.

CELLULAR RESPIRATION:Cellular respiration is the metabolic process whereby living organisms obtain energy by breaking down food molecules in their cells.

During cellular respiration in animals, the sugar (living form) obtained from food molecules is oxidized and broken down into carbon dioxide, which is released into the atmosphere (non-living form).

Therefore, an example of how carbon is converted from a living form to a non-living form is as follows: sugar in animals is converted into carbon dioxide during cellular respiration.

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Related Questions

What did Edmund draw on the stone lion?

Answers

I dunno what you are trying to say. Make the question more clear.

Answer:

Edmund drew a mustache and a pair of glasses on the lions face when he realizes that the lion is made of stone.

PLEASE HELP IN ONE MINUTE WILL MARK BRAINLIST

Answers

Answer:

A) It has a reddish-brown color.

Answer:

A

Explanation:

physical property means what you can see, touch, taste or hear. it is the color reddish brown.

This cell part contains an eukaryotic cell's DNA. *
O Endoplasmic Reticulum
O Ribosomes
O Golgi Apparatus
O Nucleus

Answers

The nucleus is particularly important among eukaryotic organelles because it is the location of a cell's DNA. Two other critical organelles are mitochondria and chloroplasts, which play important roles in energy conversion and are thought to have their evolutionary origins as simple single-celled organisms.

What is it called when sediment is "dropped off" somewhere?

A weathering

B deposition

C erosion

Answers

Answer:

It is called deposition, which is the process where a sediment is dropped off to a new location.

Hope this helps!

plz help!!!
What is one way we can use agriscience to affect photosynthesis and increase plant growth?


Altering the amount and intensity of light that plants receive

Adding nitrogen to the soil

Reducing the amount of oxygen in the air

Removing glucose molecules from the soil

this is 02.05 plant growth in agriscience foundations 1 flvs

Answers

Answer:

Altering the amount and intensity of light that plants receive

Explanation:

Altering the amount and intensity of light that plants receive will drive the rate of reactions of photosynthesis in the plants. This will in turn will lead to plants having a greater capability for yielding more food or fruits through photosynthesis.

However, this altering of the amount and intensity of light in plants should be done adequately, as excessive lighting will reduce the rate of photosynthesis in plants.

apply chargaffs decide how many guanine bases and length of DNA will have if it has 26 cytosine bases. explain.

Answers

Answer:

According to Chargaff's rule, if a DNA molecule has 26 cytosine base molecules it will also have 26 guanine molecules.

Explanation:

DNA is formed by the bases adenine guanine, thymine and cytosine, distributed in its two strands whose proportion or percentages of nitrogenous bases can be calculated according to Chargaff's rule.

Chargaff found that in a DNA molecule the ratio of purine:pyrimidine is 1:1, so there should be the same amount of thymine as adenine and a similar amount of guanine for cytosine, according to the complementarity of the bases.

According to Chargaff, if a DNA molecule contains 26 cytosine bases —one pyrimidine— then it also contains 26 guanine molecules, one purine.

In the case that the molecule has a total of 100 nitrogenous bases, the amount of the other bases can also be known:

Cytosine 26 Guanine 26 Adenine 24 Thymine 24 Total      100

When higher concentrations of corn syrup were used, less water was absorbed
True False

Answers

true




hope that helps :))

the genes assort independently.
short, black fur long, black fur short, brown fur long, brown fur

Answers

Answer: All answer choices. Short, black fur.. long, black fur.. short, brown fur & long, brown fur

Explanation:

Answer:

Two true-breeding guinea pigs were crossed. One had short, black fur, and the other had long, brown fur. Fur length is carried on one gene and fur color on another. Select all offspring phenotypes that you would expect in later generations if…

. . . the genes are nearby on the same chromosome.

short, black fur

long, black fur

short, brown fur

long, brown fur

A short-haired black guinea pig and a long-haired brown guinea pig.

Photos by Katrina and Ilovebutter

. . . the genes assort independently.

short, black fur

long, black fur

short, brown fur

long, brown fur

Explanation:

which respiratory substrate has a respiratory quotient of 0.5​

Answers

How can it be used clinically?
The RQ is the ratio of the patient's carbon dioxide production (VCO2) to his or her oxygen consumption (VO2). These values are obtained by indirect calorimetry at the patient's bedside. The RQ is helpful in guiding the planning of nutritional therapy. The physiologic range for RQ values is 0.7 to 1.2 and is influenced by the relative contribution from fat, protein, and carbohydrate. RQ values for fat, protein, and carbohydrate are 0.7, 0.8, and 1.0, respectively. Thus, an RQ of >1.0 might suggest excessive carbohydrate or calorie provision that can result in increased CO2 production and cause difficulty weaning from mechanical ventilation. A RQ of <0.7 might suggest underfeeding and use of ketones as a fuel source. The use of energy fuels by animals and by a flame may be compared by considering the stoichiometry of the chemical reactions. They may also be compared by noting the amount of energy produced with complete oxidation of the fuel in question. The following discussion begins with the stoichiometry of combustion of simple compounds — such as paraffin, methane, and methanol — and then continues onto the combustion of more complex materials — such as glucose and fat. The study of the stoichiometry of various reactions requires the counting of the number of molecules of CO2 produced per molecule of fuel combusted, the number of water molecules produced, and the number of oxygen atoms (or molecules) consumed.
The stoichiometry involved in the combustion of fuels can be used to calculate a very interesting ratio: the number of CO2 molecules discharged from the body per number of oxygen molecules consumed. This ratio (CO2/O2) is called the respiratory quotient (RQ). The biochemical events of CO2 production and O2 utilization are a direct result of the oxidation of various fuels such as fat and glucose. The amount of O2 used is also influenced by the rate of synthesis of new fat in the body. Respiratory gases can be measured and analyzed quite easily. These measurements can be used to calculate the amount of CO2 produced and O2 used by the body over any given period. Calculating the RQ for a subject is quite easy and can provide remarkable insight into the overall behavior of energy fuels in the body. The RQ can provide only limited information on metabolism, but it is a powerful measurement.
The RQ is different for different fuels. For example, the RQ for the complete combustion of glucose is 1.0, and that for the complete combustion of fat is 0.7. These values are determined in three ways:
1.
On paper, by balancing chemical formulas, with no knowledge of metabolic pathways.
2.
By consideration of the biochemical pathways of the body, providing that these pathways have been memorized or are available in some format.
3.
Experimentally, by use of a furnace. The furnace contains an atmosphere of pure oxygen. A mechanism for igniting the fuel or food in question, as well as devices for measuring the amount of CO2 produced and O2 consumed, is available.
Knowledge of the RQ for different energy fuels can be used to determine the predominant fuel used by a particular organ of the body, such as the muscle or brain. To determine the RQ for a particular organ, the blood entering and exiting that organ must be analyzed. Most of the oxygen entering and exiting the organ is bound to hemoglobin. Most of the CO2 entering and exiting the organ is in the form of bicarbonate.

GIVING BRAINLIEST AND EXTRA POINTS PLZ HELP ASAP !!!!!!!!!!!!!!!!!!!!

Answers

Answer: I think picture two is right

Explanation: can I have brainliest

Why is the birth of modern science (c.1500-1700) important to how we understand knowledge and disciplinary divisions today

Answers

The correct answer to this open question is the following.

Although there are no options attached, we can say the following.

The birth of modern science (c.1500-1700) was important to how we understand the knowledge and disciplinary divisions today because the scientific method was established to get proper validation to the things in nature that in the past were attributed only to dive concepts expressed by the Church.

That old fashion way of thinking, validated by the church during the dark ages of Medieval Times, only created fear and fostered ignorance in people.

The advent of modern science changed this thing, basing its theories and answers on proper research that could be proven. That is how the human mind expanded and grew. No more myths and distorted religious beliefs that were so wrong.

3. In Georgia, your Provisional License (Class D) can be suspended for
hit and run or leaving the scene of a crash
reckless driving
underage possession of alcohol while operating a motor vehicle
all the above

Answers

Answer:

The answer is all of the above

Explanation:

If you hit and run or leave a scene of a crash that you in or you're dealing with, it can be suspended. Reckless driving can result in suspension and underage possession of alcohol while operating a motor vehicle  will get you arrested and suspend your license.

which type of mutation results when bases are added to a gene

Answers

Answer:

"Frameshift" Mutations.

Is ethanol really a viable alternative to petroleum-based fuels?

Answers

Answer:

Explanation:

Ethanol fuel has been lauded as a viable alternative to petroleum-based fuels, offering not only less pollution to the environment, but also a sustainable source of energy. ... Most vehicles run on mixtures of gas and ethanol; this mixture is common at most gas stations across the country

In the compound microscope, If you see bacteria move to the right,
this bacteria on the slide, really move to:
O a. Left
b. Downward
on
c. Upward
O d. Right
Clear my choice

Answers

Answer:

a

Explanation:

In a compound microscope, if a bacterium moves to the right, the bacterium on the slide, in reality, moved to the left.

This is because the optical system of the compound microscope is designed in such a way that the lenses change the orientation of the image of objects when viewed.

The system of two lenses - the objective and the eyepiece - produce inverted images of objects on slides. Hence, when an object on the slide under the compound microscope moves to the right, it is seen as moving to the left to the viewer and when it moves up, it is seen as moving down by the viewer.

The correct option is, therefore, a.

What is it called when NADP+ becomes NADPH?

Answers

Answer:

This process is called phosphorylation(addition of phosphate) and since the energy comes from photons, this process is termed as photophosphorylation. Yes, the same NADPH donates its hydrogen to combine with CO2 to form glucose (C6H12O6) to become NADP again.

Explanation:

Answer:

The two reactions use carrier molecules to transport the energy from one to the other. ... The lower energy form, NADP+, picks up a high energy electron and a proton and is converted to NADPH. When NADPH gives up its electron, it is converted back to NADP+.

Explanation:

3. Sketch a before and an after diagram of an animal cell placed in a hypotonic
solution

Answers

The animal cell will swell and then eventually burst when placed in a Hypotonic Solution.

If an animal cell is placed in a hypotonic solution significantly for some period of time, it will eventually swell and finally burst. This process is known as cytolysis.

What is a Hypotonic solution?

A hypotonic solution may be defined as a type of solution that typically contains a lower amount of solute as compared to the solute concentration in other solutions, across a semipermeable membrane.

According to the context of this question, when a cell is placed into a hypotonic solution, it will absorb the water content from outside and due to water consumption, it will swell and expand until it eventually bursts. This process of swelling and bursting of cells due to water consumption or absorption is known as cytolysis.

Therefore, if an animal cell is placed in a hypotonic solution significantly for some period of time, it will eventually swell and finally burst.

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Please help me with this

Answers

Answer:

7a^2b

Explanation:

Plants get energy from which source?
O Fertilizer
O Soil
O Sunlight
O Water

Answers

Sunlight & some of the plants feed off themselves

What are the two largest areas of psychology

Answers

Experimental psychology and applied psychology

When boiling water in a kettle, the top may move slightly if it is not tight. What evidence explains why this happens? ​

Answers

Answer:

Usually, the hottest is at the bottom, if the kettle is on top of a heating ... Also, there's a factor that's not so important for kettles, but otherwise can be ... When a phase change (like liquid to gas) occurs, it normally begins at a location that ... a slight disturbance (like putting in a spoon or some sugar, or moving it ..

Explanation:

Answer:

Since the water is boiling, and a lid is on there is a major amount of thermal energy just waiting to go somewhere, not to mention it takes the form of steam which much escape somehow, likely causing a very faint movement on the top of the kettle.

Explanation:

Question 1
Complete Steps 1 and 2 on pp. 99-100 of your lab manual. Fill out the chart on p. 100
of your lab manual.
Answer the following questions.
How many recessive alleles are present in your overall population?
20
80
40
0.25 pts

Answers

they answer is .25 .

0.25 recessive alleles are present in your overall population.

What are recessive alleles?

In terms of genetics, the term "recessive" describes the connection between an observed trait and the two inherited forms of a gene associated with that feature.

Each gene has two alleles that an individual inherits from each parent. When a characteristic is recessive, both of the (recessive) alleles of the gene that causes the trait must be present for the trait to manifest. When there is only one copy of an allele, it has no effect at all.

This is in contrast to a dominant trait, which can only be expressed when one of the two alleles is present.

Therefore, 0.25 recessive alleles are present in your overall population.

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How does hunting help balance nature? o Hunting allows producers to over populate. O Hunting provides more food for decomposers. Hunting limits the amount of top predators found in the food chain. o Hunting limits the amount of organisms found in each link of the food chain.​

Answers

The final option “hunting limits the amount of organisms found in each link of the food chain”

What does the forward arrow in a chemical equation mean? (1 point)
O The reaction is reversible.
O The reaction proceeds slowly.
O The reaction proceeds quickly.
O The reaction yields something.

Answers

Answer:

D.) The reaction yields something.

Explanation:

A.) is incorrect. A forward arrow means a reaction only occurs in the forward direction (reactants to products). If the reaction were reversible, there would be double arrows, one pointed forward and another pointed backwards. This would symbolize that the reaction can take place in both directions.

B.) and C.) are incorrect. The direction of the arrow in a reaction gives no information regarding the rate of the reaction.

D.) is correct. In the case of chemical reactions, to yield something means to create something. A forward arrow indicates that reactants are undergoing a chemical reaction to form/yield new products.

On July 4, 2005, NASA's Deep Impact spacecraft's "smart impactor" scooped out . . . well, more like blasted out a crater in the nucleus of Comet Temple 1. In your own words what did they find?

Answers

Answer:

Like a dirty snowball made of ice.

One function of the carbohydrate macromolecule is to store energy. Which other macromolecule also functions in storing energy?

Answers

Yes, it is true that carbohydrate is a macromolecule whose function is to store energy. However, Lipid is another macromolecule whose function is also in storing energy because lipids yield more fatty acids as compared to carbohydrates.

Although, Lipids are considered to be a very crucial and great source of energy because it yields more fatty acids in comparison to carbohydrate, and also lipids are very compact in structure and highly soluble, due to which they can store energies quite efficiently.

Therefore, Lipids are macromolecules whose function is the same as carbohydrates, that is, to store energy because lipids are highly soluble and can be transferred from one cell or place to another easily and serve energies to cell molecules for metabolic activities.

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What percent will the hawk recieve from the mouth

Answers

Answer:

100% po kase . natapos ko na yan dati

Apply the law of segregation and the law of indepen-dent assortment by giving an example of each.

Answers

An example of the application of Independent assortment is that gametes will have the same probability to inherit a specific genotype for petal color.

What is Law of segregation?

This law states that during meiotic division, pair of alleles segregate which leads to one allele being present in each gamete of the organism involved.

An example of this law is that if a plant has two versions of an allele for the color of furs, such as black color allele and white color, then each of the gametes will have either black or white allele only.

Law of independent assortment on the other hand deals with alleles of genes getting sorted into gametes independently of one another and there is a uniform probability.

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Using the following pieces of information, what is the rate of population increase?

Birthrate = 1400

Deathrate = 600

Immigration = 100

Emmigration = 50

Answers :
4000
850
1850
2050

Answers

Answer:

850

Explanation:

rate of population increase = birthrate - death rate + immigration - emigration

= 1400 - 600 + 100 - 50 = 850

Answer:

850

Explanation:

humus which is formed by the decay of plant and animal matter is important for the formation of most,

a) rounded sediments,
b) soils,
c) surface bedrock,
d) minerals

Answers

Answer:

b) soils.

Explanation:

Humus which is formed by the decay of plant and animal matter is important for the formation of most, soils.

Soil formation occurs as a result of the the decay or the remains of plants and animals which are used up.

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