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your answer☺The EXISTENCE of a number of DIFFERENT kinds of plants and animals which together make up a GOOD and healthy ENVIRONMENT. Hope it helps you dear

no HINDI EXPLANATION:उपलब्ध नहीं है

nt is CORRECT. mother and father. CHILD bloodo and AB./ A. or BA. and B./ O, A, B, AB.values.... 1 we should be WELL educated. 2 we should be well aware of our partners. plse mark brainliest plse

न ट्राइफॉस्फेट या एटीपी एक कार्बनिक यौगिक है। । कार्बन के रासायनिक यौगिकों को कार्बनिक यौगिक कहते हैं। प्रकृति में इनकी संख्या 10 लाख से भी अधिक है। जीवन पद्धति में कार्बनिक यौगिकों की बहुत ही महत्वपूर्ण भूमिका है। इनमें कार्बन के साथ-साथ हाइड्रोजन भी रहता है। ऐतिहासिक तथा परंपरा गत कारणों से कुछ कार्बन के यौगकों को कार्बनिक यौगिकों की श्रेणी में नहीं रखा जाता है। इनमें कार्बनडाइऑक्साइड, कार्बन मोनोऑक्साइड प्रमुख हैं। सभी जैव अणु जैसे कार्बोहाइड्रेट, अमीनो अम्ल, प्रोटीन, आरएनए तथा डीएनए कार्बनिक यौगिक ही हैं। कार्बन और हाइड्रोजन के यौगिको को हाइड्रोकार्बन कहते हैं।

ntestinehope it HELPS

h all TYPES of GASES( OXYGEN, Hydrogen, nitrogen) irukunum.water (thanni) irukunumgravity irukunum HOPE it helpspls brainliest MARK pannidu..

is a major enzyme of gastric juice which functions in ACIDIC medium. It hydrolyses protein into soluble fragments called Peptones and Proteoses. The enjoying gastric lipase is active in infants. It partially breaks down fat into its components. Renin is ALSO active only in infants. IIT college the milk by converting soluble milk protein CASEIN into insoluble protein called PARACASEIN. As a result, milk stays in stomach for longer period for the pasting to act on it.At LAST,At last, Amino acids is the end product of protein digestion.

reuseregivehope it HELP THX

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ion of Intellectual DISABILITY.Intellectual disability is a disabilitycharacterized by significant LIMITATIONS in both intellectual functioning and in adaptive behavior, which COVERS MANY everyday social and practical skills. This disability originates before the age of 18.

nds for Erythrocyte Sedimentation Rate. COMMONLY KNOWN as the “sed rate”, it is a test that helps CHECK for the presence of a disease, infection or condition in the body that may be causing inflammation. Though, it does not directly help in DIAGNOSING a particular condition, it helps physicians know what other tests may be needed to detect the actual problem. It’s also a way to EXAMINE how well a person is doing to a specific treatment for a disease he/she is being treated.

ic behavior, or aggression, is exhibited by most ofthe more than three million species of animals on THISPLANET. Animal BEHAVIORISTS still disagree on acomprehensive definition of the term, hut aggressivebehavior can be loosely described as any ACTION that harmsan adversary or compels it to retreat. Aggression may servemany purposes, such as Food gathering, establishingterritory, and enforcing social hierarchy. In a generalDarwinian sense, however, the purpose of aggressive behavioris to increase the individual animal’s—and THUS, thespecies’—chance of survival

es in two strands of DNA are paired through hydrogen BOND (H-bonds) forming base pairs (bp). Adenine forms two hydrogen bondswith Thymine from opposite STRAND and vice-versa. ... As a result of these bonds, the distance between twopolynucleotide chains in DNA remains ALMOST CONSTANT

ic:nutrition is GOT from organic remains..2.External digestion TAKES place.3.waste is left outside.4action of ENZYME is external5. Eg:MUSHROOMS,moulds etc...holozoic:1.nutrition is got from the intake of solid pieces of food.2.internal digestion occurs.3.waste is released out from the BODY of the organism4.action of enzyme occurs inside the body for digestion.5.eg : humans ,lions,deer etc

s, or NERVE cells that CARRY nerve impulses, are made up of the cell body, the AXON, and SEVERAL dendrites.• Signals move across the SYNAPSE, the place where the axon of one neuron meets the dendrite of another, using chemicals called neurotransmitters

on’t know the answer but I think HEATER help a lot to dry the cloth FASTLY and BETTER to not use IRON or something like that and I say heater helps I don’t know meaning of angithi may it helps you thank you

t it be nice if you always had the right information, in the right place, whenever you wanted it? When it comes to complex patient cases, this would be a gift to the hard-working physician who NEEDS to balance the task of maximizing efficiency while optimizing quality care. With entire patient histories from A to Z at your disposal, EHRs aim to make things easier for healthcare PROVIDERS by providing centralized and accurate documentation of details for every patient examined. However, the technicalities of such a system have hampered efficiency, interfered with patient-doctor relationships, and led to an increased data-driven workload on the physician, ultimately leading to physician burnout (or near burnout).Depending upon the future state of the healthcare system and the laws put into place to retain or repeal the Affordable Care Act (ACA), these issues could be aggravated even more with a projected U.S. physician shortage. The ACA introduced many more insured PEOPLE into the healthcare system, boosting coverage, but leaving PHYSICIANS scrambling to compensate for this increase in the coming years unless measures are taken to remedy the disparity. However, if the ACA is repealed, the predicted loss in health insurance coverage could result in increasing numbers of sick people into the ER that overload ER workflow and also lead to physician burnout. Thus, it is more essential than ever before to COME up with ways to alleviate workload while maintaining the high quality of care that the current value-based healthcare modelsdemand. In such cases, certified medical scribes are a crucial support system to buffer the extra load of patient cases that pass through the ER, or to help individual healthcare providers maximize quality and profit.Here are some examples of how medical scribes help healthcare providers tackle the issues necessary to efficiently deliver quality care using the most current technology.

ed in cooking can lose up to 62.4% of its iodine CONTENT. Putting less salt on food can lead to iodine deficiencyUsing kosher or sea salt which has little or no iodineConsumption of more vegetables than meat. Plant originated foods have lower iodine content COMPARED to animal origin iodineRegular exercising can make ONE lose a substantial amount of iodine while sweatingSigns And Symptoms Of Iodine DeficiencyGoiter, a condition of thyroid enlargementDepression and anxietyMental RetardationImproper functioning of thyroid in UNBORN babies, which can ultimately lead to brain damageAutismSlow perception reasoning or brain functionSluggish METABOLISM, constipation, and weight gainExperience colds and flu’s easilyEmotional imbalance, and lack of sexual interestBreast tenderness or soreness, and cysts

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ter is an indispensable RESOURCE .due to water pollution, the RIVER gets contaminated . then this contaminated water serves no use for humans,plants as well as animals. the marine life gets affected . india is already facing shortage of water . due to water pollution there would be a scarcity of water needed for our survival in the near future.this would result in INCREASE in rate of water and would affect the quality of it . it would also lead to conflict among people over usage of waterhence do not POLLUTE waterhope it helps umark as brainloest

terium ACNES is the relatively slow-growing, TYPICALLY aerotolerant ANAEROBIC, Gram-positive BACTERIUM LINKED to the

he was not CAPABLE to READ the most STUDENTS

s of pesticides are insecticides, herbicides, and fungicides. Examples of specific synthetic chemical pesticides are Malathion, DDT, Dursban, Diazinon, Boric Acid, Metaldehyde, Propoxur, Deet, ACEPHATE, glyphosate, ETC

e FOURTH stage in which the paired chromosome dissociate i.e. the synaptonemal COMPLEX BREAKS (which is the paired chromosomes that have EXCHANGED genetic material)

ntages of ARTIFICIAL VEGETATIVE Propagation are: The plants do not have genetic variation and lose their vigor gradually. There are more PRONE to diseases specific to the species which can result in the destruction of the entire crop

cy situation like fire, chemical disaster, flood, cyclone, tsunami, or earthquake or any such untoward incidents having the potential to cause injury and death. The activities in response to deal with depend on type of emergency situation. However, most of the times ORGANIZATIONS in times of emergency or during a life threatening hazardous situation, find themselves at back FOOT, due to lack of RESOURCES or lack of coordination or lack of CLARITY of roles among the stakeholders. This is the reason, mock drill should be conducted to inculcate the vibes of emergency preparedness, optimum utilization of resources, mobilization of coordinated activities, and related aspects after identifying the gaps.The objective of mock drill is to review the emergency preparedness plan of the organization and evaluate standard operating procedure, so that CONCERNED persons would deliver their duties effectively while keeping in cognizance of life and property. If the employees and concerned stakeholders are trained, then the response during emergency would be smooth and effective.

rt system in plantsTransport in biology means carrying substance ABSORBED or made in the body of an organism to all other parts of its body.In plants, it is only WATER and minerals that need to be transported to its other parts. Another thing that needs to be transported to other parts of the plants is the food prepared in leaves. This is because a plant has a branching shape so it gets carbon dioxide for photosynthesis and oxygen for respiration from air directly through diffusion.The two types of conducting tissues that perform the function of transport system in plants are:1) Xylem2) PhloemTransport of water and mineralsPlants need water to make food through the process of photosynthesis and minerals for making proteins. Thus, a plant absorbs water and minerals from soil through roots and transport it other parts like stem, leaves, FLOWERS etc. It is through two kinds of elements of xylem tissue called, xylem vessels and tracheid that water and minerals move from roots of a plant to its leaves.Xylem vesselsXylem vessel is a long tube made up of dead cells joined end to end. It is a non-living tube which runs from roots of the plants and runs through the stem and reaches every leaf. The end walls of the cells are broken so that an open tube is formed.Xylem vessels do not have cytoplasm or nuclei and the walls of the vessels are made of cellulose or lignin. Other than transporting water and minerals, xylem vessel also provides strength to the stem and keeps it upright. This is because lignin is very hard and strong. Wood is made of lignified xylem vessels. Xylem vessels have pits in their cell walls where lignin is not deposited. Either xylem vessel or both xylem vessel and tracheid transport water in flowering plants.TracheidsIn non-flowering plants tracheids are the only water conducting tissues. Tracheids are dead cells with lignified walls with no open ends. They are long, thin and spindle shaped cells. They have pits in them and it is through pits only that water flows from one tracheid to another. All the plants have tracheid in them.Before understanding the mechanism of transport of water and minerals in a plant it is NECESSARY to know the meaning of some important terms:Epidermis: The outer layer of the cells in the root of a plant is called epidermis. The thickness of epidermis is equal to one cell.Endodermis: It is the layer of cells around the vascular tissue (xylem and phloem) in the root of a plant. Endodermis is the innermost layer of cortex.Root cortex: It is the part of root between the epidermis and endodermis.Root xylem: It is the xylem tissue present in the roots. It is present at the center of the root.Epidermis, root cortex and endodermis are present between the root hair and root xylem. So, the water which is absorbed by the root hairs from soil first passes through epidermis, root cortex and endodermis and then finally reaches to root xylem.Also, minerals are present in soil. Plants take these minerals from soil in inorganic form such as nitrates and phosphates. Minerals from soil gets dissolve in water to form an aqueous solution. So, when water is transported from roots to leaves, minerals dissolved in water is also transported.Mechanism of transport of water and minerals in a plantRoot hair absorbs the water containing dissolved minerals from the soil. Root hair is directly in CONTACT with the film of water present in-between the soil particles. Water containing minerals gets into the root hair and passes from cell to cell through the process of osmosis and reaches epidermis, root cortex, endodermis and root xylem.Xylem vessels of the root are connected with the xylem vessel of the stem of a plant. So the water enters from root xylem vessel to the stem xylem vessel and further reaches into the leaves of the plant from petiole. The plant uses only one or two per cent of the water in photosynthesis. The remaining water is lost in air as water vapour.Water is sucked up by the xylem vesselThe pressure at the top of the plant (in the leaves) is low whereas pressure at the bottom of the plant is high. It is due to transpiration that the pressure is low at the top of a plant. And it is because of low pressure at the top of the plant that water flows up the xylem vessel into the leaves of a plant.The continuous evaporation of water from the leaves of a plant is called transpiration. The leaves of a plant have tiny pores called stomata. It is through them that the water evaporates into the air. This reduces the pressure at the top of xylem vessels and thus water flows up into them.

Here is your ANSWER....✔️RNA.✔️Foot and MOUTH DISEASE Virus.✔️Pestiviruses.✔️Arteriviruses.✔️Coronaviruses.Hope this will HELP U....

and HUMANS came from an ANCESTOR who is neither a human nor a monkey.This difference have been EVOLVED due to evolution or SPECIATION (new species are evolved from existing ones)Hope this helps you.Thank you.Please make this as THE BRAINLIEST

ale reproductive system is made up of the internal and external sex organs that function in reproduction of new offspring. In the human the female reproductive system is immature at BIRTH and develops to maturity at puberty to be able to PRODUCE gametes, and to carry a foetus to full term. The internal sex organs are the uterus, Fallopian tubes, and ovaries. The uterus or womb accommodates the embryo which develops into the foetus. The uterus also produces vaginal and UTERINE SECRETIONS which help the transit of sperm to the Fallopian tubes. The ovaries produce the ova (egg CELLS). The external sex organs are also known as the genitals and these are the organs of the vulva including the labia, clitoris, and vaginal opening. The vagina is connected to the uterus at the cervix

eneral ways of preventing infections are : It leads to spread of infection, especially contagious and air born. Therefore proper social distancing at public places should be ENSURED. There should be proper GARBAGE disposal, sewage disposal, covering and cleaning of drains, spraying of insecticides to provide clean environment. Patient's SURROUNDING and articles of USE should be sterilized. SOAP, dettol and antiseptic should be used. A person suffering from an infection diseases should be segregated so that other do not catch it. People should be educated and aware about the infection diseases so that they may protect themselves. Availability of proper nutrients and sufficient food to everyone will make peaple health.

m is a BACTERIA which is rod SHAPED. It is ALSO known as E.Coli. Its found in Human INTESTINES. When it is found in water we can say water is contaminated.

K HELP > GRAMMARWhat is the difference between a phoneme and an allophone?What is the difference between a phoneme and an allophone?print Print document PDF list CiteExpert AnswersROBERTWILLIAM | CERTIFIED EDUCATORA phoneme is a unit of sound in a language that cannot be analysed into smaller linear units and that can distinguish one word from another.Phonemes are often presented surrounded by // in transcription (e.g. /P/ and /b/ in English pat, bat).So /p/ and /b/ are two phonemes because they can distinguish between the words "pat" and "bat". /c/ is another, because it distinguishes the word "cat" from "pat" and "bat".Allophones are any of the variants making up a single phoneme.So, for example, you might pronounce the LETTER "T" differently in the two words "stand" and "tip". A common test to determine whether two phones are allophones or separate phonemes relies on finding MINIMAL PAIRS: words that differ by only the phones in question. For example, the words tipand dip illustrate that [t] and [d] are separate phonemes, /t/ and /d/, in English.

lls are DIPLOID i.e. 2n=46Human egg CELLS are HAPLOID THUS it consists 23 chromosomes

.•´¯ нєу ¯`•.,¸¸,.•´Ethylene serves as a hormone in plants. It acts at trace levels throughout the LIFE of the PLANT by stimulating or regulating the ripening of fruit, the opening of flowers, and the abscission (or SHEDDING) of leaves.Often considered an 'aging' hormone due to its role in accelerating such developmental processes as ripening, SENESCENCE, and abscission, the plant hormone ethylene also regulates many aspects of growth and development throughout the life CYCLE of the plant.

t where block is CREATED is FALLOPIAN tube of FEMALE reproductive system.hope it helpsplease MARK it as brainliest answer..

mal energy is the heat from the Earth. It's clean and sustainable. Resources of geothermal energy RANGE from the shallow ground to hot water and hot ROCK found a few MILES beneath the Earth's surface, and down EVEN deeper to the extremely HIGH temperatures of molten rock called magma.

.•´¯ нєу ¯`•.,¸¸,.•´A UNIT of DNA that is usually LOCATED on a chromosome and that controls the development of one or more traits and is the BASIC unit by which genetic INFORMATION is PASSED from parent to offspring.

is a digestable carbohydrate (polysaccharide) with an amylose/ AMYLOPECTIN fraction. It is mostly found in cereal grain products, legumes, roots & tubers.   Carbohydrate digestion  MOUTH •Carbohydrate digestion BEGINS in the mouth. The salivary glands secrete saliva, which helps to moisten the food. The food is then chewed while the salivary glands also release the enzyme salivary amylase, which begins the process of breaking down the polysaccharides in the food STOMACH •After the food is chewed into smaller pieces and mixed with salivary amylase and other salivary juices, it is swallowed and passed through the esophagus. The mixture enters the stomach where it is known as chyme. There is no further digestion of carbohydrates in the stomach, as the gastric acidity inactivates the action of the salivary amylase. PANCREAS AND SMALL INTESTINE •The chyme enters the beginning portion of the small intestine, the duodenum. In response to chyme being in the duodenum, the pancreas releases the enzyme pancreatic amylase, which hydrolyses the polysaccharide into a disaccharide. The small intestine then produces enzymes called lactase, sucrase and maltase, which BREAK down the disaccharides into monosaccharides. The monosaccharides are then absorbed in the small intestine. LARGE INTESTINE (COLON) •Carbohydrates that were not digested and absorbed by the small intestine reach the colon where they are partly BROKEN down by intestinal bacteria. Fiber, which cannot be digested like other carbohydrates, adds bulk to the FECES or gets fermented by the intestinal bacteria.

your QUESTION mate✌️✌️

BThree,ONE, TWO, FOUR,FIVE