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ENING BRAINLY MATE THANKS for this wonderful questionHERE IS YOUR ANSWER :-3 TYPES of WASTE :-dry wet and paperHOPE IT HELPS......BRAINLIEST if my if you like my WAY of ANSWERING the questions and also like my answers then please mark measure brainiestヽ(*≧ω≦)ﾉ. ヽ(*≧ω≦)ﾉ. ヽ(*≧ω≦)ﾉ

ated or UNCONTROLLABLE EMOTION or EXCITEMENT.

hecodont is a TYPE of dentition in which the teeth are embedded in the deep sockets of the jaw bone. Ankylosis is absent and the roots are cylindrical.Examples include living crocodilians and mammals.Diphyodont is a type of dentition in which two successive SETS of teeth are DEVELOPED during the lifetime of the organism. The first SET of teeth is deciduous and the other set is permanent.The deciduous set of teeth is REPLACED by the permanent adult teeth.This type of dentition can be seen in humans.

umentation identifying the stages of “man evolution” has to assume that man evolved rather than having been created. We believe that evidence has failed to support the evolution from APE to man or any other type of macroevolution. The Cambrian explosion and the complete absence of transitional fossils testify against evolution. The FOSSIL record shows all LIFE forms APPEARING fully formed and not changing during their tenure on earth, except for extinctions. This information, and the recent finding that human DNA is losing its VITALITY by developing genetic disorders supports devolution, the opposite of evolution. pls mark brainliest

It then divides into two lobar arteries, one for each lobe of the left lung. The right main PULMONARY artery follows a longer and more horizontal COURSE as it crosses the MEDIASTINUM. It passes underneath the aortic arch, BEHIND the ascending aorta, and in front of the DESCENDING aorta.

R⭐️✨MITOSIS :- ️ Mitosis divides into 2 daughter cells. It is an asexual cell division. ️They are somatic cells. ️ Mitosis helps to repair TISSUES ️Cytokinesis are OCCURS in Interphase. The numbers of Chromosomes are remains same. Mitosis are discovered by Walther Flemming.✨Meiosis :-️ Mitosis is a cell division which reduce NUMBER of HALF chromosomes, creating 4 cells It is a sexual cells divisions They are Germs cell. ️Meiosis produce gemates cells (sperms and ovam) and maintain the number of chromosomes. ️Cytokinesis are occurs in Interpase I and Interphase II.️ The numbers of chromosomes are reduced by half. Meiosis are discovered by Oscar Hertwig.

1.Ribosome is a bateria which is PRESENT in the roots of leguminous PLANTS like,pea ,GRAM,etc.2.they fix NITROGEN in the form of NITRATES

BCOP = 30mm HG and CHP = 20 mm Hg affect the filtration PROCESS. BCOP= BLOOD colloidal osmotic pressureCHP= Capsular hydrostatic pressureExplanation:Effective filteration pressure = GHP - ( BCOP - CHP) EFP = 70-(30+20) EFP =20 GHP= glomerular hydrostatic pressure

acceleration vector=1/2j-1/2iMagnitude of acceleration=√2/2Explanation:CONSIDERING EAST as positive x axis and north as positive y AxisInitial VELOCITY vector(u)=5iFinal velocity vector (V)=5j change in velocity=v-u=5j-5iacceleration = change in velocity/timeacceleration = (5j- 5I)/10acceleration=(5j/10 ) - (5i/10)acceleration=(i/2 )-(j/2)Magnitude=√{(1/2)²+(1/2)²}Magnitude=√2/2

Evidence of common descent of living organisms has been discovered by scientists researching in a variety of disciplines over many decades, demonstrating that all life on Earth comes from a single ancestor. This forms an important part of the evidence on which evolutionary theory rests, demonstrates that evolution does occur, and illustrates the processes that created Earth's biodiversity. It supports the modern evolutionary synthesis—the current scientific theory that explains how and why life changes over time. Evolutionary biologists document evidence of common descent, all the way back to the last universal common ancestor, by developing testable predictions, testing hypotheses, and constructing theories that illustrate and describe its causes.Comparison of the DNA genetic sequences of organisms has revealed that organisms that are phylogenetically close have a higher degree of DNA sequence similarity than organisms that are phylogenetically distant. Genetic fragments such as pseudogenes, regions of DNA that are orthologous to a gene in a related organism, but are no longer ACTIVE and appear to be undergoing a steady process of degeneration from cumulative mutations support common descent alongside the universal biochemical organization and molecular variance patterns found in all organisms. Additional genetic information conclusively supports the relatedness of life and has allowed scientists (since the discovery of DNA) to develop phylogenetic trees: a construction of organisms evolutionary relatedness. It has also led to the development of molecular clock techniques to date taxon divergence times and to calibrate these with the fossil record.Fossils are important for estimating when various lineages developed in geologic time. As fossilization is an uncommon occurrence, usually requiring HARD body parts and death near a site where sediments are being deposited, the fossil record only provides sparse and intermittent information about the evolution of life. Evidence of organisms prior to the development of hard body parts such as shells, bones and teeth is especially scarce, but exists in the FORM of ancient microfossils, as well as impressions of various soft-bodied organisms. The comparative study of the anatomy of groups of animals shows structural features that are fundamentally similar (homologous), demonstrating phylogenetic and ancestral relationships with other organisms, most especially when compared with fossils of ancient extinct organisms. Vestigial structures and comparisons in embryonic development are largely a contributing factor in anatomical resemblance in concordance with common descent. Since metabolic processes do not leave fossils, research into the evolution of the basic cellular processes is done largely by comparison of EXISTING organisms' PHYSIOLOGY and biochemistry. Many lineages diverged at different stages of development, so it is possible to determine when certain metabolic processes appeared by comparing the traits of the descendants of a common ancestor.

Mendel observed VARIOUS differences between the parent generation and the F2 generation( obtained by self-pollination of the F1 generation progenies) which are given below:1. While the parent generation contained all PURE breeds, the F2 generation contained mixed breeds. 2. Parent generation had only homozygous SET of gametes whereas F2 generation had a mixture of homozygous as WELL as heterozygous gametes.3. The set of CHARACTERS are fixed in parent generation but in the case of the F2 generation, new combinations are observed.

your ANSWER is hearExplanation:PLZ MARK me to BRAN LIST

Proximal convulated tubule CONSISTS of a THIN tube with lots of convulations (curves and knots) Its given this name for the only reason that it's closer to the glomerulusIts RESPONSIBLE for filtration of certain waste materials eg. ammoniaIts surrounded by BLOOD capilliaries It takes excess material from the capilliaries and passes it with ammonia as waste.hope this HELPS

A synapse is a junction between a NEURONE and the next CELL. A neuromuscular junction is a kind of synapse, one that occurs between Motor Neurones and MUSCLE CELLS. Action potentials are passed from neurones to muscle cells, stimulating MOVEMENT of the muscle cells.

all organisms are kind of similar as they all depend on food for energy , have growth , have a WAY to reproduce but they sometimes VARY in method of doing the above thus it's is justified that organisms are similar PLZ mark me as brainliest hope this HELPS !! stay blessed

1)ANATOMYeach of a series or GROUP of partitions formed by BANDS or columns of connective tissue, especially a PLATE of the calcareous tissue forming cancellous bone.2)BOTANYany of a number of rodlike structures in PLANTS, e.g. a strand of sterile tissue DIVIDING the cavity in a sporangium.Hope you like the answer..............

eed gives a slightly different milk product that varies in nutrient content (i.e. protein and vitamins). You are probably most familiar with the Holstein-Friesian (BLACK and white) dairy cow. It is the most popular among dairy farmers because it produces more milk than the other breeds. Although it would make sense for farmers to milk herds of pure Holsteins since they give the most milk, some farmers mix their breeds because cows that are slightly mixed tend to be stronger than pure Holsteins. This hybridization is what accounts for the difference in appearance that you may see in a herd of dairy cows.What else should you know about cows? Just like with humans, there are different names given to cows depending on their sex and STAGE in life. For example, a female cow younger than 3 years old that has not had a baby is termed a heifer; a male cow is called a bull; and a castrated male is a STEER. So a dairy cow is a female that has given BIRTH to a baby. That baby is called a calf.Moo Wonder icon Moo Wonders A Holstein's spots are like fingerprints- no two cows have the EXACT same pattern of spots.Cow's provide 90% of the world's milk supply.The average mature dairy cow weighs approximately 1,500 pounds. How does that compare to your own weight percentage wise?

Phototropism is the direction of growth of a plant in RESPONSE to the direction of the light.The movement of a plant in response to GRAVITY is called geotropism. Eg - Root growing downward. The movement of a plant (or other organism) EITHER towards or away from water is called hydrotropism.Hope you LIKE the answer..............

The MAIN difference between PHOTOTROPISM and geotropism is that phototropism is the growth of plants towards light whereas geotropism is the growth of plants towards GRAVITY. FURTHERMORE, the stem of plants shows positive phototropism while the ROOT of the plant shows positive geotropism

A GROUP of CELLS which are similar in ORIGIN; similar in structure and similar in FUNCTION are called SIMPLE permanent tissue. Explanation:Please mark me as a brainliest

tion:I didn't UNDERSTAND your QUESTION could you please ELABORATE

eristematic cells have to divide very quickly, they have a prominent nucleus and lack vacuole.Schlerchaymatous cells have a cementing material called as pectin AROUND their cell wall which fills up the intercellular spaces between them. That is why they lack intercellular spaces.Since branches are made up of collenchyma cells, it makes them flexible and elastic an for this reason they move freely in high WINDS and bend easily.The husk of coconut is made up if schlerenchyma fibres which makes it difficult to pull the husk out of coconut.The WATER plants have aerenchyma cells which exist in forms of rings and have a hole in centre which makes them less dense and allows the leaves to float.HOPE IT HELPS U AND PLS MARK IT THE BRAINLIEST ANSWER AND DO FOLLOW ME FOR MORE SUCH ANSWERS :)

Phototropism is the GROWTH of an organism in response to a light STIMULUS. Phototropism is most OFTEN observed in plants, but can also occur in other organisms such as fungi. The cells on the plant that are FARTHEST from the light have a chemical CALLED auxin that reacts when phototropism occurs.

The DAUGHTER RATS WOULD contain tail because by birth the PARENTS had tail, so the daughter will have tail

Gibberellins are the plant HORMONES that PROMOTE germination, stem ELONGATION, and leaf development. They are also instrumental in determining dormancy, sexual reproduction, and flowering.Hope you like the ANSWER..............

HERE IS YOUR ANSWER! A continuous CONDUCTING path consisting of wire and other resistances on a Switch between the two terminals of a cell or battery along which an ELECTRIC CURRENT FLOWS is called electric circuit. HOPE IT HELPS YOU ☺! ➰ ❣️

Cryptograms are the plants which have no SEEDS and THEREFORE their REPRODUCTION is SAID to be hidden. Pteridophytes come under this group as they are vascular plants bearing only xylem and PHLOEM. These are said to be non-seed bearing plants which reproduce only by production of spores. Also, algae and bryophytes fall under this category.

tion:In EUKARYOTIC cell cytoplasm contains 3 MAIN COMPONENTS- cytosol, organelles, and various particles and granules called cytoplasmic INCLUSIONS.

tion:HAPLONTIC - when SPOROPHYTIC generation is represented by only one celled zygote and GAMETOPHYTE is dominant. ... and diplontic LIFECYCLE where both sporophyte and gametophyte are free living and multicellular but have different dominant phases.

no not IDEA about it.....

The MAIN FUNCTION of BARREL primer is to store food and PROVIDE turgidity to organ where it is found.

the SUBSTANCES that are responsible in the WORKING or metabolism of a plant BASICALLY there are 5 TYPES of phytohormonesExplanation:

work in different ways in our bodyfor example trypsin and pepsin in stomach helps in CREATING acidic medium for digestion of foodMain work of enzymes is to break down of COMPLEX substances in sime substances. hope it will help you please mark me BRAINLIEAST

Hunger represents the physiological need to eat food. Satiety is the absence of hunger; it is the sensation of feeling full. The sensation of hunger typically manifests after only a few HOURS without eating and is GENERALLY CONSIDERED to be UNPLEASANT. Satiety occurs between 5 and 20 minutes after eating

a) The SPHINCTERS that are present in the food canal are Esophased sphincter, Cardiac sphincter, Pyloric sphincter, Anal sphincter and Ileocecal valve or sphincter, b) ESOPHAGEAL sphincter allows entry of bolus into the oesophagus. It also REDUCES back flow from the oesophagus to PHARYNX.

n difference between red brown and green algae is that red algae contain chlorophyll a, chlorophyll d, and phycoerythrin, while brown algae contain chlorophyll a, chlorophyll c, and FUCOXANTHIN and green algae contain chlorophyll a, chlorophyll b, and XANTHOPHYLLS. Furthermore, red and brown algae are MAINLY MARINE while green algae are chiefly freshwater species.Red algae (Rhodophyta), brown algae (Phaeophyta), and green algae (Chlorophyta) are the three groups of algae classified under the kingdom Protista.Key Areas Covered1. What are Red Algae – Definition, Characteristics, Importance2. What are Brown Algae – Definition, Characteristics, Importance3. What are Green Algae – Definition, Characteristics, Importance4. What are the SIMILARITIES Between Red Brown and Green Algae – Outline of Common Features5. What is the Difference Between Red Brown and Green Algae – Comparison of Key Differences

You can REFER to GOOGLE IMAGES for that

V1V2 = V1 - V2 = 25 - 10 = 15 Explanation:HOPE it helps youPlease Mark as BRAINLIEST

s epithelium TISSUE PROTECT the INNER & outer lining of our ORGANS, our body and blood vessels.

In BLOOD, the serum is the component that is neither a blood cell, nor a clotting factor; it is the blood plasma not including the fibrinogens. Serum INCLUDES all PROTEINS not used in blood clotting and all the ELECTROLYTES, antibodies, antigens, hormones, and any exogenous substances. The study of serum is serology.

they GROW in MOIST soil but NEED WATER for reproduction.

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