During exercise, the body's muscles need to produce ATP quickly and in large amounts. Anaerobic respiration is used because it is faster and more efficient than aerobic respiration.
It does not require oxygen, so there is no need to wait for oxygen to be delivered. It also produces a greater yield of ATP in a shorter period of time.
Anaerobic respiration during exerciseAnaerobic respiration during exercise is a type of respiration that occurs when the body is working at a high level and is unable to take in enough oxygen to meet its energy needs.
During anaerobic respiration, carbohydrates such as glucose are broken down and converted into energy in the form of ATP (adenosine triphosphate) without the use of oxygen. This type of respiration produces lactic acid as a by-product, leading to a buildup of lactic acid in the muscles, resulting in fatigue.
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which type of ion channel opens and closes in response to changes in the membrane potential?
Voltage channels are ion channel opens and closes in response to changes in the membrane potential.
What is ion channels?
Ion channels are membrane proteins that produce pores in the membrane and permit ions to pass through the pore. In addition to establishing a resting membrane potential, structuring action potentials and other electrical signals by controlling ion flow across cell membranes, secretory and epithelial cell volume, and secretory and epithelial cell ion flow are some of their other activities. The membranes of every cell include ion channels. Ion transporters and ion channels make up the two types of ionophoric proteins.
Ion channels are holes in the cellular membrane that allow ions to pass through the lipid cell membrane, which is impermeable to ions..
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what gland is not working properly in both cushing syndrome and addison disease?
Primary adrenal insufficiency, also referred to as Addison disease, can be brought on by low cortisol levels. Although uncommon, primary adrenal insufficiency is an autoimmune disorder that damages the adrenal glands.
What do Cushing's and Addison's diseases have in common?Both are effects of the adrenal glands not functioning properly. The two conditions Addison's disease and Cushing's syndrome are diametrically opposed. Both are effects of the adrenal glands not functioning properly.
What gland is a factor in Addison's illness?Overview. When the body doesn't produce enough of these hormones, it can develop Addison's disease, also known as adrenal insufficiency. In Addison's disease, the adrenal glands frequently produce too little aldosterone and too little cortisol.
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What are reactants short answer?
Chemical compounds that react with one another to create a new material are known as reactants. In a chemical reaction, reactants are always located on the left side of the arrow.
In biology, a reactant is a substance that initiates a chemical reaction. Chemical reactions cause reactants to transform into products. For instance, oxygen and glucose are the reactants during cellular respiration.
The process of converting one chemical substance into another is known as a chemical reaction. A chemical reaction's reactant is the material that initiates it, and its product is the substance that results from the reaction. The reactants of a chemical reaction are consumed in order to produce the products.
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When mt. st. helen erupted in 1980, all living organisms within the immediate blast zone were killed by the explosion and debris. what type of succession occurred in this area following this catastrophic disturbance?
Primary Succession occurred in this area following this catastrophic disturbance.
Succession is the order of colonization of species in an environment from a barren or destroyed vicinity of land. Pioneer species, like moss and lichen, are the primary ones to colonize a place.
Succession can show up even in mature or climax communities. As an example, when a tree falls in a mature forest, daylight may also once more be capable of reaching the woodland floor, which might permit new growth to start.
There are 4 degrees of succession-making plans: imposing a software solution, assessing key roles, identifying personnel with the abilities and abilities, and creating and enforcing development plans.
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which mass extinction event occurred just before the rapid increase in speciation among mammalian species?
The Cretaceous-Paleogene mass extinction event, commonly referred to as the K-Pg extinction event, occurred just before the rapid increase in speciation among mammalian species.
The Impact of the K-Pg Extinction Event on the Speciation of MammalsThe Cretaceous-Paleogene (K-Pg) mass extinction event, which occurred 66 million years ago, was a global event that wiped out the majority of life on Earth. This event is most famously known for the extinction of the dinosaurs, but it also had major impacts on the evolutionary history of mammals.
Before the K-Pg extinction event, there were few mammalian species, but after the event there was a rapid increase in the number of mammalian species. This increase in speciation is thought to be due to the removal of the large dinosaurs, which opened up numerous niches for the smaller mammals to occupy. These new niches allowed for the evolution of new species and the increased diversity of mammals that we see today.
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What type of fiber-cable problem is caused when pairing a 50-micron core cable with a 62.5-micron core cable?
A 50-micron core cable and a 62.5-micron core cable paired together will result in a fiber type mismatch issue.
Can you measure length in microns?Micrometres, sometimes referred to as microns, are units of length in the metric system equal to 0.001 millimeters, or around 0.000039 inch. Its symbol is m. The micrometer is frequently used to gauge the size of minute things, such as bacteria.
1 or 5 microns—which is larger?The micron number should be as low as possible. Imagine a sieve for microns. The tiny particles will all flow through a 5 micron water filter and into your drinking water, while the larger ones will be sieved out by the filter. A filter with a 1 micron pore size will, in contrast, filter out invisible particles.
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a dark-red strain and a white strain of wheat are crossed and produce an intermediate, medium-red f1. when the f1 plants are interbred, and f2 generation is produced in a ratio of 1 dark-red: 20 medium-dark-red: 22 medium-red: 20 light-red: 1 white. further crosses reveal that the dark-red and white f2 plants are true breeding. how many genes are involved in the production of color? group of answer choices
Quantitative and polygenic inheritance refers to the contribution of different genes to the expression of a trait, generating phenotypic graduation according to the interaction between the alleles. Option B. Two diallelic genes are involved in the production of color.
What are quantitative and polygenic inheritance?
When the expression of a phenotypic trait depends on the additive effect of a series of genes, we talk about quantitative heritability.
Polygenic inheritance occurs when a trait results from the interaction of more than one gene.
The action of many genes and alleles can cause many different combinations that are the reason for genotypic graduation.
Quantitative traits can be measured, such as longitude, weight, and eggs laid per female, among others.
These characters do not group individuals by any precise and clear categories. Instead, they group individuals into different categories that depend on how the genes intercrossed and distributed during meiosis.
The result depends on the magnitude in which each allele contributes to the final phenotype and genotype.
When they interact, they create a gradation in phenotypes, according to the contribution level.
In the exposed example we have a color gradation, so we can assume we are talking bout quantitative heritability.
Cross 1)
Parentals) dark-red strain x white strain
F1) 100% medium-red
Cross 2)
Parentals) medium-red x medium-red
F2)
1 dark-red (homozygous)
20 medium-dark-red
22 medium-red
20 light-red
1 white (homozygous)
Following the provided data, we know that dark-red and white are homozygous individuals.
From the cross between dark-red and white individuals, we got medium-red individuals, so we will assume the dark-red color is the dominant phenotype.
Medium-red is the heterozygous genotype because most individuals express this phenotype.
Two diallelic genes must be coding for this feature.
Gene 1 (A and a alleles)Gene 2 (B and b alleles)Phenotypes and Genotypes
dark-red (homozygous) ⇒ four dominant alleles ⇒ AABBmedium-dark-red ⇒ three dominant alleles ⇒ AaBB, AABbmedium-red (heterozygous) ⇒ two dominant alleles ⇒ AaBblight-red ⇒ one dominant allele ⇒ Aabb, aaBbwhite (homozygous) ⇒ zero dominant alleles ⇒ aabb
Option B) Two diallelic genes must be involved in the production of color.
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Complete question
A dark-red strain and a white strain of wheat are crossed and produce an intermediate, medium-red f1.
When the f1 plants are interbred, and f2 generation is produced in a ratio of 1 dark-red: 20 medium-dark-red: 22 medium-red: 20 light-red: 1 white.
Further crosses reveal that the dark-red and white f2 plants are true breeding.
How many genes are involved in the production of color?
Group of answer choices
A) 12
B) 2
C) 4
D) 1
E) 3
a nonsense mutation typically reduces the length of the polypeptide and thus alters its function. this is due to the fact that the of the protein is terminated prematurely. t or f
A nonsense mutation typically reduces the length of the polypeptide and thus alters its function. this is due to the fact that the of the protein is terminated prematurely is True.
It results in a truncated protein that is either non-functional or destroyed.4This form of substitution variant tells the cell to prematurely stop translating, rather than causing an alteration in the amino acid, as is the case with other types of substitution variants.In other words, this point mutation causes an early stop codon to be added to the mRNA sequence, where a stop codon is created by changing just one nucleotide. When this happens, the translation is stopped before it is finished, which causes the protein to be abnormally truncated.To know more about mutation check the below link:
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Which leukocyte type migrates from the blood into the tissues and becomes a mast cell?
Basophil migrates from the blood into the tissues and becomes a mast cell.
What are basophils?One variety of white blood cell is the basophil. The least frequent granulocyte, basophils account for 0.5% to 1% of the circulating white blood cells. They are the biggest form of granulocyte, though. In addition to causing inflammatory reactions during immunological responses, they also have a role in the development of both acute and chronic allergic disorders, such as hay fever, asthma, atopic dermatitis, and anaphylaxis. They also generate substances that help regulate immunological responses, such as heparin, which prevents blood clotting, and substances like histamine and serotonin, which cause inflammation. However, these substances are less abundant than those found in mast cell granules. Mast cells were formerly believed to be basophils that moved from the blood into their native tissues (connective tissue), but they are now understood to be different sorts of cells.
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having two sets of chromosomes, one inherited from the mother and the other set inherited from the father.
Having two sets of chromosomes, one inherited from the mother and the other set inherited from the father occurs in organisms that reproduce by sexual reproduction.
In the field of science, sexual reproduction can be described as a process by which the male and female gamete join in order to produce a fertile offspring.
The daughter cell or the zygote formed after the fertilization process has two sets of chromosomes. One from the father and the other one from the mother. Hence, sexual reproduction is the process by which offspring are produced that have tow sets of chromosomes.
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Why is it important to monitor environmental parameters when making policy decisions?
The fundamental goal of environmental monitoring is to control and reduce the negative effects that an organization's operations have on the environment.
What makes environmental factors important?The system's internal status and surrounds are revealed via environmental factors. Transmission rate, SNR, and BER all provide information on the internal status. The channel occupation and channel response are two examples of environmental information for the system.
Why is environmental monitoring crucial? What is it?Environmental monitoring is a method for evaluating environmental trends and conditions, assisting in the creation of policies and their execution, and gathering data to present to the public, national politicians, and international organizations.
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The alimentary canal is innervated by the and divisions of the autonomic nervous system.
a. True
b. False
The alimentary canal is innervated by the and divisions of the autonomic nervous system. This statement is False.
The GI tract is innervated by enteric nervous system (ENS) neurons as well as axons of extrinsic sympathetic, parasympathetic, and visceral afferent neurons.
Food that has been swallowed stimulates the pharynx and upper esophagus, eliciting afferent signals that are integrated in the brainstem and then provide efferent signals to enteric neurons in the stomach, causing acid secretion and increased gastric volume in preparation for the arrival of the food.
Intestinal inflammation causes pain and altered motility, at least in part due to effects on the enteric nervous system. While these changes can be reversed with healing, long-term damage can lead to inflammatory bowel disease (IBD) and post-enteritis irritable bowel syndrome (IBS).
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normally, each of your body cells has_______ chromosomes from your mother and ________chromosomes from your father.
Normally, each of your body cells has 23 chromosomes from your mother and the same amount of chromosomes from your father.
What is the cellular process of mitosis?The cellular process of mitosis is a cell division process by which multicellular organisms like humans produce somatic body cells, which involve the generation of two daughter cells with the same amount of chromosomes as the parental cell.
In humans, somatic cells contain two sets of homologous chromosomes having 23 chromosomes of each parent.
Therefore, with this data, we can see that the cellular process of mitosis generates cells that have 46 chromosomes, i.e 23 chromosomes that derive from the father and other 23 chromosomes that derive from the mother.
Complete question:
Fill in the blank. Normally, each of your body cells has_______ chromosomes from your mother and ________chromosomes from your father.
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What is a Category 2 animal?
Animals that are put to death to stop the spread of illness fall under Category 2, which is for high-risk material. digestive tract contents and feces. animals and animal parts that perish other than via slaughter, such as falling stock.
The types of rabies exposure according to the WHO include category I handling or feeding animals, category II nibbling on exposed skin, and category I tiny scratches or abrasions that don't bleed.
Animal byproducts are things made from animals that people don't eat. ABPs include, among other things, all animal parts that have been killed for human consumption but are not edible or sold as food, such as the skin, bones, horn, and hooves, as well as the blood, fat, and offal.
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If the density of ethanol is 0.789 g/mL, how many milliliters are produced in this reaction?
C6H12O6 --> 2 C2H5OH + 2 CO2
The volume of the ethanol is 6.7 mL
What is the density of the ethanol?We know that density is defined as the ratio of the mass to the volume of an object. We know that the density is said to be an intrinsic property and this means that we can use the density of the object to be able to obtain the kind of object that we are dealing with.
We have the information that the mass of the carbon dioxide that can be obtained from the reaction is about 10 g. We can now use this to obtain the number of moles by the use of the formula;
Number of moles = mass/ molar mass
= 10 g/44 g/mol
= 0.23 moles
From the reaction equation:
1 mole of ethanol produces 2 moles of carbon dioxide
x moles of ethanol produces 0.23 moles of carbon dioxide
x = 0.23 × 1 /2
= 0.115 moles
Mass of ethanol = 0.115 moles × 46 g/mol
= 5.29 g
Volume of the ethanol = mass/density
volume = 5.29 g/0.789 g/mL
= 6.7 mL
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the division of the autonomic nervous system that is anatomically known as the thoracolumbar division is the_____division.
The division of the autonomic nervous system that is anatomically known as thoracolumbar division.
The sympathetic division of the autonomic nervous system is additionally referred to as the thoracolumbar division. Because of the preganglionic neurons' physical placement within the spinal cord, this division is also known as the thoracolumar division. The spinal cord contains these neurons in segments from T1 to L2.
The parasympathetic divide is also known as the craniosacral division, hence the answer provided is incorrect. The autonomic nervous system is not divided into the central and interior.The somatic nervous system and the autonomic nervous system are the two functional divisions of the nervous system. The responses that each system generates make clear the significant contrasts between the two systems. Skeletal muscles are contracted by the somatic nervous system. The autonomic nerve system regulates glandular tissue, smooth muscle, and the heart. Although many, like breathing, can occur without conscious awareness, the somatic nervous system is linked to voluntary actions, whereas the autonomic nervous system is linked to involuntary actions, such those involved in homeostasis.
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when collecting data from genetic crosses which gene pair is most likely to show the highest frequency of recombination?
A and G gene pair is most likely to show the highest frequency of recombination.
A genetic cross GCSE: What is it?Punnett squares are used in genetic crossings to determine the likelihood that children will acquire their parents' traits.Genetics in biology (a single science.
Genotype cross: what is it?The genetic make-up of an organism is referred to as the genotype, so it reflects every one of the alleles, the gene variants, that the organism carries.To ascertain if a dominant trait was heterozygous or homozygous for just a particular allele, a test cross is useful.
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cells take in food for energy. the part of the cell that aids in digestion of the food is the lysosome. what is the main role of lysosomes in the process of food digestion?
The main role of lysosomes in the process of food digestion is converting energy from one form into another.
The lysosome releases its enzymes when food is consumed or absorbed by the cell, breaking down complex compounds like carbohydrates and proteins into the usable energy the cell needs to thrive. In the absence of food, the lysosome's enzymes break down other cellular organelles to provide the required nutrients.
The lysosome serves these purposes: internally digested: The word "lysosome" is derived from the words "lyso lytic" or "digestive," which aids in digestion.
Getting rid of dead cells, function in metamorphosis, aid in the production of protein, support for fertilization, function in osteogenesis ,failure of the lysosomes, Autolysis of bone and cartilage tissue
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Complete question: Cells take in food for energy. The part of the cell that aids in digestion of the food is the lysosome. What is the main role of lysosomes in the process of food digestion?
A. breaking down wastes
B. converting energy from one form into another
C. building proteins
D. controlling the activities of the cell
We use the sense of ______ to sample our environment for information about the food we will eat, the presence of individuals in the room, or potential
We use the sense of olfaction to sample our environment for information about the food we will eat, and the presence of individuals in the room.
Olfaction is the sensation of odor that effects from the detection of odorous substances aerosolized in the environment. On the side of imaginative and prescient, flavor, hearing, and stability, olfaction is a special sense.
The manner of olfaction involves the conversion of a chemical stimulus, an odorant, into an electrical signal sent to the mind for interpretation. This mechanism begins after olfactory sensory neurons depolarize in reaction to the binding of an odorant molecule to G-protein coupled receptors (GPCR).
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identify and describe one sustainable agriculture strategy or method that can be used to maintain or increase soil fertility.
One sustainable agriculture strategy or method that can be used to maintain or increase soil fertility is the use of organic compost rather than chemical fertilizers and pesticides.
What is the importance of soil fertility?The soil's fertility is important because it contains the nutrients that are necessary for the plant's growth. The soil also has microorganisms that make the soil fertile, so the cultivation would become better. By using chemicals, soil fertility is decreasing, so instead of using chemicals, organic compost should be used.
Hence, one sustainable agriculture strategy that can be used to maintain or increase soil fertility is the use of organic compost rather than chemical fertilizers and pesticides.
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how can large quantities of praotein be produced from a bacterial colony containing the gene of interest?
Large quantities of protein can be produced from a bacterial colony containing the gene of interest through a process called recombinant DNA technology. This involves transferring the gene of interest from one organism to a bacterial cell and then using the cell as a protein factory.
Producing Large Quantities of Protein from Bacterial Colonies Using Recombinant DNA TechnologyOnce the gene has been transferred into the bacterial cell, the cell's machinery can be used to produce large quantities of the desired protein. This process is highly efficient and can be used to produce large amounts of the protein in a short amount of time. The bacteria can be grown in large batches and the desired protein can be extracted from the culture. Recombinant DNA technology is a powerful tool that has revolutionized biotechnology and has enabled scientists to mass-produce proteins for a variety of applications.
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what visceral sensory stimulus triggers the autonomic reflex causing the reduction of blood pressure?
A visceral sensory signal sets off an autonomic reflex that causes the big vessel walls to expand, lowering blood pressure.
In what ways do autonomic reflexes regulate blood pressure?The baroreceptors are activated when arterial pressure is raised because the blood vessel wall is stretched. These baroreceptors then provide the autonomic nervous system with feedback. Efferent parasympathetic fibers are then used by the ANS to lower heart rate (vagus nerve). This lowers blood pressure.
Autonomic reflexes are caused by what?The limbic system sends ANS regulatory input to the hypothalamus, which is located directly above the brain stem, to coordinate autonomic activities.
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The female athlete triad consists of three conditions, including low energy availability/level, low bone density, and __________.
The female athlete triad consists of three conditions, including low energy availability/level, low bone density, and amenorrhea (menstrual disruption)
What impact does the female athlete triad have on bone density?The trifecta of eating disorders, irregular menstrual cycles, and low bone mineral density was initially used to describe female athletes Menstrual cycle irregularities brought on by malnutrition impacted bone density.
What is the nutrition for female athletes triad quizlet?The three independent but linked conditions with disordered eating, amenorrhea (menstrual dysfunction), and osteoporosis that are connected to female athletes' training are referred to as the "Female Athlete Triad."
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cell division that reduces chromosome number from diploid to haploid, reduction division
The cell division that reduces chromosome number from diploid to haploid, reduction division is Meiosis.
Meiosis is a special form of cell division that occurs only in testicles and ovaries. An organ that produces male and female reproductive cells. sperm and egg.
A normal somatic cell has a complete set of chromosomes. When the cells of the mother's and father's bodies fuse to form a baby, the fertilized egg doubles its original number of chromosomes. Meiosis is sometimes called "meiosis" because it reduces the number of chromosomes by half.
So when the sperm and egg fuse, the baby will have the correct number. Therefore, the purpose of meiosis is to produce gametes, sperm and eggs with half the genetic complement of the parent cell. In the image below, pink represents the genetic contribution from the mother and blue represents the genetic contribution from the father.In this example, the diploid somatic cell contains 2n = 4 chromosomes. , two from the mother and two from the father. In humans, 2n = 46 and n = 23.
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what is the rule of maximum parsimony, and why is it used in many phylogenetic analyses? what might be disadvantage(s) of using this method? g
The rule of maximum parsimony, says that the most likely tree is the one with the fewest common ancestors.
The Phylogenetic Parsimony Principle: Says that the most likely tree is the one with the fewest common ancestors. A model would conjecture that if two species both have noticeable incisor teeth they likewise share a solitary predecessor, as opposed to that they developed the characteristic freely.
Maximum Parsimony is a character-based method that infers a phylogenetic tree by reducing the total number of evolutionary steps necessary to explain a particular set of data assigned on the leaves. In the past, precise methods for maximizing parsimony scores on phylogenetic trees have been developed.
Maximum parsimony's computational complexity is one of its drawbacks. Since the problem of finding the most parsimonious tree is NP-hard, it is highly unlikely that any algorithm can quickly locate one for each and every possible input sequence.
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Thermogenesis has been studied the plants in the genus arum, including skunk cabbage and the corpse flower. in these plants, what hypotheses have been provided to explain the reason behind thermogenesis?
Thermogenesis has been studied the plant life withinside the genus arum, which includes skunk cabbage and the corpse flower. In those plant life, those hypotheses had been furnished to give an explanation for the purpose in the back of thermogenesis safety from frost damage
leaf manufacturing and photosynthesis.
Thermogenesis, which takes area in specialized tissues such brown adipose tissue and skeletal muscle, is defined because the disposal of strength thru the technology of heat.
All metabolic sports worried in keeping
the organism in a stay circumstance require obligatory thermogenesis, which takes area in all organs.
It additionally consists of the strength used whilst meals is consumed, digested, and processed (thermic impact of meals, or TEF).
Thus, the purpose in the back of thermogenesis are: safety from frost damage, leaf manufacturing and photosynthesis, seed germination.
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What is the expected function consequence of movement of a transposable element within the genome?
-All of the listed responses are correct
-Increased production of a protein
-Decreased production of a protein
-Abnormal transcription of a gene
-None of the listed responses are correct
All of the listed responses are correct with respect to the consequence of the movement of a transposable element
Transposable elements are DNA segments with the capacity to move between different regions of the genome. Mobile elements migrate from one place to another, creating various changes or mutations, although the majority of the DNA is always in the same location surrounded by the same nearby fragments of DNA. When a transposable element inserts itself into a gene, it can disrupt the normal function of the gene and cause abnormal transcription to happen.
The movement of a transposable element within genome can have a effects on protein production. In some cases, the movement of a transposable element may result in the increased production of protein. On the other hand, the movement can also result in decreased protein production. This can happen if the transposable element inserts itself into a gene responsible for producing a particular protein, and disrupts the normal function of the gene. This can result in the gene being unable to produce the protein, or in the production of an abnormal or non-functional protein
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how does the ribosome know what amino acid to to add next when building a polypeptide?
Ribosome knows as the messenger RNA ester sequence is translated into associate degree aminoalkanoic acid sequence victimisation the tRNAs as adaptors to feature every amino acid within the correct sequence
Amino acids are organic compounds that contain each amino and acid practical teams. Though many amino acids exist in nature, out and away the foremost vital are the alpha-amino acids, that comprise proteins. solely twenty two alpha amino acids seem within the ordination
Peptides are short chains of amino acids coupled by amide bonds. Long chains of amino acids are known as proteins. Chains of fewer than twenty amino acids are known as oligopeptides, and embrace dipeptides, tripeptides, and tetrapeptides.
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how many dna molecules would there be after four rounds of pcr if the initial reaction mixture contained two molecules?
32 DNA molecules would there be after four rounds of PCR if the initial reaction mixture contained two molecules.
A single DNA molecule can be amplified by the PCR method up to 2n times, where n is the number of cycles. A given DNA template can therefore be amplified to 16 duplicate strands using PCR over 4 cycles.PCR doubles the amount of target DNA molecules per cycle, assuming there are enough primers, dNTPs, and polymerase molecules. Five cycles equal five times the target DNA is doubled. 32 is equal to 2 to the fifth power, 2x2x2x2x2.The following equation can be used to determine how many copies of double-stranded DNA are present overall:DNA copies are calculated as follows = (DNA quantity (ng) x 6.0221023 / (DNA length x 1109 ng/ml x 650 Daltons)
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Generalize: describe how plants and animals each contribute to the survival of the other. (this type of cooperative relationship is called interdependence. ).
Plants and animals contribute to each other's life because they depend on each other. The results of animal respiration carbon dioxide is used by plants for food raw materials, plants produce oxygen used by animals to breathe.
Interdependence is a relationship between one living thing and another and between biotic and abiotic components that need one another. In plants through the process of photosynthesis, make food for cell energy. The materials plants use for photosynthesis are air and carbon dioxide to produce glucose and oxygen. Plants can obtain carbon dioxide from the results of animal respiration. Apart from this another contributing relationship i.e., plants can also obtain nutrients by absorbing nutrients from decaying animals. Plants also need the help of animals to help the pollination process.
Meanwhile, oxygen which is the result of photosynthesis from plants, is needed by animals to breathe, without oxygen animals will not be able to survive. Animals also need plants as a source of food.
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