Answer:
The definition of the particular situation is outlined throughout the following section of the justification.
Explanation:
The query given seems to be incomplete. Please find the full issue attachment.
(a)
CO2 provides an inorganic component containing cellular mass. Throughout the atmosphere, plant species suck up CO2. Plants manufacture sugars throughout the mechanism of photosynthesis. Sugar is turned into glucose, cellulose as well as certain carbohydrates processed in cell walls. This raises the density of the plant. The process needs water, Carbon dioxide respectively.(b)
Sunlight is absorbed by chlorophyll as well as converted through chemical energy. The plant utilizes biochemical resources to synthesize sugars. The volume including its plant has risen due to the manufacture of sugars, respectively. For producing sugars, plants require light. The loss in mass has been caused by cellular respiration. There's this community of crops in the dark. They don't do photosynthesis, hence.Because to get power for something like the operations including its plant, individuals had to undergo respiration. So there is no photosynthesis, and therefore there is no sugar development. But instead to release energy, the sugar contained in the plant is eaten. And that's why the amount including its plants holding in darkness reduces.There are 3 steps given below for cellular respiration:
GlycolysisKreb's Cycle Electron Chain of TransportCellar respiration fills certain living things with energy.
⇒ [tex]C_6H_{12}O_6 + 6 O_2\rightarrow 6CO_2 + 6H_2O + (ATP) power.[/tex]
The generated CO2 has so far been delivered from the body including its plant. Therefore the plant mass was indeed decreased by this.
How many CO2 molecules are produced when three glucose molecules undergo cellular respiration? Explan
Answer:
18 molecules of [tex]CO_{2}[/tex]
Explanation:
In heterotrophic nutrition, organisms ingest or absorb food made by autotrophs to obtain energy. Planta and other photosynthesizing organisms make sugars via photosynthesis, in a form of (partly) light-dependent biosynthesis.
In mitochondria, they break down sugars through aerobic respiration. For the sugar glucose, this results in the production of carbon dioxide and water along with energy in the form of ATP or adenosine triphosphate.
C6H12O6 (glucose) + 6 O2 → 6 CO2 + 6 H2O + ≅38 ATP
glucose+ oxygen → carbon dioxide+ water+ energy
For 3 molecules of glucose, multiply the number of reactants and products...
(C6H12O6+ 6 O2 → 6 CO2 + 6 H2O + ≅38 ATP ) x 3
Thus...
3 C6H12O6+ 18 O2 → 18 CO2 + 18 H2O + ≅114 ATP
pls help if u know the ANSWER
During a field trip, Luis notices that an old marble statue looks different from a new marble statue. The surface of an old statue is rough. The new statue is smooth and shiny. After doing research, Luis learns that marble undergoes chemical reactions with acid rain. The reactions cause some of the marble to be worn away. What did Luis observe on his field trip?
Erosion
Deposition
Physical weathering
Chemical weathering
Answer:
D
Explanation:
Chemical weathering
The Choose... is the end of the alimentary canal.
Answer:
the anus is the end of alimentary canal
Answer:
esophagus
Explanation:
Which would result in higher food production at a lower cost? Check all that apply.
cows that are able to fight off diseases
rice that has added provitamin A
corn that is resistant to diseases
wheat that is not killed by weed killer
corn that can grow in cold places
Answer:
A, C, D, and E.
Answer:
The correct answers are:
A. cows that are able to fight off diseases
C. corn that is resistant to diseases
D. wheat that is not killed by weed killer
E. corn that can grow in cold places
Explanation:
I did the assignment on edg :)
How many G3P would be produced if there are 36 Carbon Dioxide that enters the Calvin Cycle?
a. 8
b. 10
c. 12
d. 14
Answer:
c
Explanation:
Im pretty sure, so sorry if I'm wrong though.
c. 12
Calvin cycle:
In Calvin cycle number of carbon atoms are constant in CO₂ and used to construct three-carbon sugars. This manner is fueled by, and established on, ATP and NADPH from the mild reactions.The Calvin cycle reactions occurs in three main stages: carbon fixation, reduction, and regeneration of the starting molecule.So, in the question it is asked how many G3P would be produced if there are 36 carbon dioxide that enters the Calvin cycle. Thus the answer is 12
In order for one G3P to go out the cycle (and move in the direction of glucose synthesis), 3 CO₂ molecules need to input the cycle, imparting 3 new atoms of constant carbon.
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What two factors cause natural gas to form?
How are vesicles targeted and moved in a eukaryotic cell?
Answer:First, the transport vesicle must specifically recognize the correct target membrane; for example, a vesicle carrying lysosomal enzymes has to deliver its cargo only to lysosomes. Second, the vesicle and target membranes must fuse, thereby delivering the contents of the vesicle to the target organelle
Explanation:
23.Your body cells can break down BLANK
as a source of energy to fuel ATP production.
Select one:
O a. all of the above
O b. amino acids
1
O c. glycerol
O d. fatty acids
If warmer oceans soak up less CO2, what effect do you think rising ocean temperatures will have on the amount of CO2 in the atmosphere ?
Answer:
Warmer water cannot hold as much carbon dioxide, so the ocean’s carbon capacity is decreasing as it warms. In watching for effects of increasing atmospheric carbon on the ocean’s uptake, many people have looked for indications that the carbon content of the ocean is rising faster than that of the atmosphere.
Explanation:
If warmer oceans soak up less CO2, rising ocean temperatures will lead to more CO2 in the atmosphere.
CO2 is being released into the atmosphere both from natural and anthropogenic sources. The natural sources include volcanic eruption, cellular respiration, etc. while anthropogenic sources include all human actions that lead to CO2 emission such as the burning of fossil fuels, agricultural burnings, deforestation, etc.
As net amounts of CO2 is being released into the atmosphere and warmer oceans soak up less CO2, the atmospheric concentration of CO2 will keep increasing.
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What happens to the particles of a liquid when energy is removed from them?
Answer:
When liquids boil the particles must have sufficient energy to break away from the liquid and to diffuse through the surrounding air particles. As these particles cool down and lose energy they will condense and turn back to liquid.
When energy is removed from the particles of liquid. They become condensed and convert into liquid from vapor.
What is liquid?The liquid is one of the states of matter. It can be identified as it takes the shape of the container in which it is poured. The particles of a liquid are farther from each other than the particles of gas.
The particles of liquid contain energy when they are heated or boiled. The particle gets energy and turns into vapor particles. When the heat is removed and the particle cools down, it again becomes liquid.
More kinetic energy causes particles to travel more quickly and widely apart. Less energetic particles move more slowly and maintain their proximity.
Thus, when liquid molecule particles lose their energy. They go from vapor to liquid as a result of condensation.
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What is true about DNA?
a.Provides instructions for proteins
c. Is inherited
b.Negatively chargedmolecule
d. All of the above
sorry if it mixed
Answer:
all of the above
Explanation:
In marsupials, X inactivation occurs exclusively to paternally derived chromosomes. Which genes will
ALWAYS be expressed in this situation?
A. maternal X-linked genes
B. paternal X-linked genes
C. maternal Y-linked genes
D. paternal Y-linked genes
Answer:A maternal x linked genes
Explanation:
In marsupials, X inactivation occurs exclusively to the paternally derived chromosome. The genes which are always expressed in this situation is that of maternal X linked genes (option A).
The gene that will be expressed in the situation is maternal X-linked genes. The correct option is A.
What is maternal gene?Maternal genes are those whose RNA or protein products are produced or deposited in the oocyte or are present in the fertilized egg or embryo before zygotic gene expression begins.
The phenotype of the offspring is determined by the maternal genotype. Maternal effects are frequently observed because the mother provides a specific mRNA or protein to the oocyte, and thus the maternal genome determines whether the molecule is functional.
X inactivation occurs only on the paternally derived chromosome in marsupials. Maternal X linked genes are the only ones that are always expressed in this situation.
Thus, the correct option is A.
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Directions: In rabbits, gray hair (G) is dominant to white hair (g), and black eyes (B) are dominant to red eyes (b). These two traits are independent of each other. In other words, a female rabbit with the genotype GgBb may produce eggs with the alleles GB, Gb, gB, or gb. To predict the probability of these sorts of crosses, we will make a dihybrid Punnett Square.
What are the phenotypes (descriptions) of rabbits that have the following genotypes:
Ggbb ____________________ ggBB _________________________
ggbb ____________________ GgBb _________________________
Answer:
let me list them
Explanation:
Ggbb has grey hair and red eyes
ggBB has white hair and black eyes
ggbb has white hair and red eyes
GgBb has gray hair and black eyes
Use material in your classroom, online, or in books to find images and descriptions of two nonprimate mammals (such as dogs, horses, dolphins, or raccoons). What traits do these animals share with primates? What important primate traits do they lack?
Answer:
Explanation:
Non-primate mammals (such as dogs, dolphins and raccoons) have some similar traits with primates (such as monkeys, humans and baboons). Some traits that these non-primate mammals share with primates include
1) They are warm-blooded just as the primates
2) They give birth to there young ones alive
3) There body system also permits complex forms of metabolism
And some of the traits that non-primate mammals lack that primate mammals have ar
1) They lack the ability to hold on to "materials" because of the morphology of there palm/hand/foot.
2) They do not have forward facing eyes which provides for enhanced vision in primates
3) Most primates can stand upright (via bipedalism) as against other nonprimate mammals
Which two substances are produced during photosynthesis?
Answer:
Photosynthesis is the process by which plants, some bacteria and some protistans use the energy from sunlight to produce glucose from carbon dioxide and water. This glucose can be converted into pyruvate which releases adenosine triphosphate (ATP) by cellular respiration. Oxygen is also formed
Explanation:
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Answer:
Oxygen and Glucose.
Explanation:
Please help me!! Brainlist if answer!
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The dads side, and the moms side! {Each part of the family!
Answers to the Homeostasis Gizmo Quiz (all of my answers were correct)-
1. What is the best course of action for the person shown below?
Answer: Start exercising
2. Which activity will decrease body temperature?
Answer: Sweating
3. Which of the graphs below illustrates homeostasis?
Answer: Graph D
4. What evidence should you give to a person exercising on a very hot day?
Answer: Take lots of breaks, and remember to drink fluids!
5. Which of the following is an example of homeostasis?
Answer: Boris doesn’t drink very much water in one day. To compensate, his kidneys remove less fluid from his blood, and produce less urine than normal.
Answer:
Umm... What's the question?
Explanation:
Answer:THANK YOUUUU
Explanation:
pls fill this out !!
Answer:
I think that the second one is plant repreduction.
Explanation:
Hope this helps
Why is nitrogen important for the plants?
Nitrogen is so important to plants because it is a major component of chlorophyll , or the compound by which plants use sunlight energy to produce sugars from water and carbon dioxide (photosynthesis). It is also a major component of amino acids, the building blocks of proteins for plants.
The table below shows the elements that mainly comprise each of the four layers of Earth:
Elements in Layers
Layer Main Elements
Crust Oxygen, Silicon
Mantle Iron, Magnesium
Outer Core Iron, Nickel
Inner Core Iron
Which of these elements make up the layer that is 0.2 to 1.1 percent of Earth's total diameter? (7 points)
a
Oxygen and Silicon
b
Iron and Magnesium
c
Iron and Nickel
d
Magnesium and Silicon
Answer:
c
Explanation:
silicon and Magnesium can be find anywhere in the soil
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HELP! If a person has sickle cell anemia, about 50% of their red blood cells will be sickle shaped. But, this is due to a mutation in the hemoglobin gene which affects the shape of some of the cells. What percentage (%) of the cells in their body will have the abnormal and nonfunctional hemoglobin gene? Why did you choose that number?
Answer:
it may be the answer
With less oxygen, the abnormal hemoglobin S gene can cause rigid, nonliquid protein strands to form within the red blood cell. These rigid strands can change the shape of the cell, causing the sickled red blood cell that gives the disease its name.
A student claimed that the following two proteins are the same protein because they contain the same amino acids: (1) Pro-Arg-Lys-Iso-Gly and (2) Pro-Arg-Lys-Gly-Iso. Do you agree or disagree with the student?
Answer:
Disagree
Explanation:
Proteins are made up of chains of amino acids, these fold up and join up with other polypeptides to form the final structure of the protein.
The amino acids are in a different order (Iso and Gly are swapped around). This means the polypeptide chain is different, meaning the final structure and likely the function of the protein will be different.
Therefore, the proteins are certainly not the same protein.
Canis lupus (wolf), Canis latrans (coyote), and Canis familiaris (domestic dog) are examples of dog-like animals. Canis refers to the genus, while lupus, latrans, and familiaris all refer to different species within the genus. What kind of naming scheme is this?
a. common nomenclature
b. Hebrew nomenclature
c. Arabic nomenclature
d. binomial nomenclature
Answer: d. binominal nomenclature.
Explanation: In binomial nomenclature, the genus is always listed first and capitalized while the species is always listed second and is in lowercase.
The naming system mentioned in the given question is binomial nomenclature.
What is binomial nomenclature?It is the biological system of naming the organisms in which the name comprises two terms. In this, the first term demonstrates the genus, and the second term demonstrates the species of the organism.
Therefore, in the given question, Canis refers to the genus, while lupus, latrans, and familiaris signifies the species.
Thus, the correct answer is option d, that is, binomial nomenclature.
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Which of the following best describes the overall purpose of photosynthesis?
O To use energy from the sun to produce food (glucose)
O To use energy from the sun to produce oxygen
O to break down food (glucose) in order to produce energy (ATP)
O To take in oxygen in order to be able to produce energy (ATP)
Answer:
the answer is either to use energy from the sun to produce food or to use energy from the sun to produce oxygen
Explanation:
it could be either one of those answers i jus said because in photosynthesis both of those are true. i hope i helped some
Please help I’ll mark brainliest
Answer:
A. The particles crossing the membrane do not have a charge.
D. The movement across the membrane does not require added energy.
F. The particles crossing the membrane could be water (H2O) or oxygen (O2).
Explanation:
A. The particles crossing the membrane do not have a charge. - true, only small, uncharged particles can freely cross the cell membrane unassisted.
B. The movement across the membrane requires energy from ATP. - false, the molecules are moving across the membrane by passive transport, via simple diffusion
C. The movement across the membrane requires energy from glucose. - false, the molecules are moving across the membrane by passive transport, via simple diffusion
D. The movement across the membrane does not require added energy. - true, the molecules are moving across the membrane by passive transport, which does not require energy.
E. The particles crossing the membrane could be proteins or carbohydrates. - false, the particles will be smaller than carbohydrates or proteins that can move by passive transport
F. The particles crossing the membrane could be water (H2O) or oxygen (O2). - true, the particles are likely to be small, uncharged molecules such as water or oxygen
G. The particles crossing the membrane have a strong positive or negative charge - false, the particles are uncharged if they cross the membrane freely
Using at least 25 of the 40 vocab terms below create a Concept Map linking the terms together with meaningful descriptor arrows. You must use at least 25 different terms to get the full credit (10 points) and you must use them correctly! A sample branch has been provided for you below. You may use this branch to get you started. (Many good examples of Concept Maps exist on the Internet!)
Terms:
Deoxyribonucleic Acid
Ribonucleic Acid
Nucleotide
Amino Acid
Protein
DNA Polymerase
Primase
Ligase
Helicase
RNA Polymerase
mRNA
tRNA
rRNA
Ribosome
Codon
Anti-Codon
3’-OH
5’-P
Double Helix
Adenine
Cytosine
Guanine
Thymine
Uracil
Purine
Pyrimidines
Single Helix
Transcription
Translation
Chromatin
Antiparallel
Telomere
Nucleus
Origin of Replication
Intron
Exon
Poly-A Tail
Genetic Code
Gene Expression
Operon
Answer:
Check the diagram to see the answer.
Explanation:
The DNA or deoxyribonucleic acid also referred to as Double-Helix is found in the nucleus of the cell. It holds the genetic code passed from parents to offsprings during reproduction. DNA strands and proteins form a complex in the nucleus. The DNA polymerase as well as ligase and helicase help in the replication and repair of DNA strands.
The RNA is complementary to its DNA counterpart. It is synthesized from the DNA by the RNA polymerase during the process of transcription. A sequence of three DNA or RNA is called a condon, and each condon is an Amino acid or stop bit. The RNA has a single-helix shape
Central Dogma is crucial for the transfer of genetic information as well as for the proper functioning of the organisms. Central Dogma mainly comprises Replication, Transcription and Translation.
Replication is a process in which the DNA makes a copy of itself with the help of enzymes DNA polymerase, ligase, helicase and many more.The replicated DNA undergoes transcription in which DNA gets transcribed into mRNA with the help of RNA polymerases and many other factors. The transcribed mRNA then forms amino acids and the amino acids produce codons and protein which is essential for cell structure and functioning.
See the attachment below for the concept map consisting of the terms given:
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If a pollen tube does not grow from the pollen grain during gymnosperm reproduction, which of the following would be the most likely outcome?
A.The pollen would only be able to fertilize eggs inside the same cone.
B.The pollen would not be able to reach the eggs inside the female cones.
C.The pollen would then require a moist environment to swim to the egg.
D.The pollen would instead be dispersed to female cones by wind.
of the 21 amino acids that are the building block for proteins, how many must come from the foods you eat?
Does sustainability cause environmental pollution in plants
Answer:Environmental pollution is any discharge of material or energy into water, land, or air that causes or may cause acute (short-term) or chronic (long-term) detriment to the Earth's ecological balance or that lowers the quality of life. Pollutants may cause primary damage, with direct identifiable impact on the environment, or secondary damage in the form of minor perturbations in the delicate balance of the biological food web that are detectable only over long time periods.
Air pollution is the process which the substances and the energy forms are not present in normal atmospheric composition reach the atmosphere, or are present but in much lower concentrations.Air pollution is the introduction of chemicals, particulate matter, or biological materials that cause harm or discomfort to humans or other living organisms, or cause damage to the natural environment or built environment, into the atmosphere.
More than 3,000 substances that are not part of the atmospheric composition, falling in the atmosphere can be considered air pollutants.
Some substances that are normally present in the atmosphere in a certain concentration can be considerate pollutants because their concentration is much higher than usual concentration.
Also certain substances that are normally present in certain layers of the atmosphere (e.g. ozone in the stratosphere), once arrived in the troposphere is pollutant.
Some gases, such as oxides of nitrogen may have beneficial effect on vegetation, after hydration may affect the leaf fertilizer.
The air pollutants factors can be chemical (chemicals), mechanics (particles in suspension) physical (ionizing radiation) and acoustic (noise).
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