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It is the condition in which the STAMEN of the FLOWERS are attached to TEPAL (perianth) .

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The study of the pattern of inheritance of CHROMOSOMES from PARENTS to offspring is CALLED genetics

Homopolymer tailing is a METHOD of ADDING SIMILAR NUCLEOTIDES to the 3 prime end of the DNA strand.Enzyme TERMINAL transferase is used in homopolymer tailing.

There are DIFFERENT type of GAS that causes global WARMING such as methane, carbon dioxide,cfc ETC

You get-
Tt-tall(HYBRID)
Tt-tall(hybrid)
tt-dwarf
tt-dwarf

HEY!

It's a quite baffeling question but according to me egg CAME first as evidences show that unicellular came first and egg is unicellular. But if you talk about hen it is multicellular and according to EVOLUTION they came afterwards. So according to me egg came first.

I hope you get it!!

The various CHANGES(common in both the genders ) that takes place at puberty are:

1) Thin HAIR grows on some PARTS of the body.

2) Thick hair grows between armpits and genital area.

3)The sex organs become to develop at this stage.

4)The skin becomes oily  and we develop PIMPLES on our FACE.

Stomata are the SPOTS on POSTERIOR surface of the LEAFLETS of FERN

DEAR STUDENT

When you cross a HOMOZYGOUS ( where both the alleles are the same ) dominant ( here TT ) with a homozygous recessive ( here tt ) we get a heterozygous ( where 1 ALLELE is dominant and 1 recessive ) dominant plant for the f1 generation ( here Tt )...............

here when we cross TT with tt we get Tt which is heterozygous dominant

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What Are Producers in Biology?

Producers are organisms that make their own food; they are also known as autotrophs. They get ENERGY from chemicals or the sun, and with the help of water, convert that energy into useable energy in the form of sugar, or food. The most common example of a producer are plants. Through a process called photosynthesis, green plants use sunlight and water and make a type of sugar called glucose. Green plants such as trees are FOUND on land, but they can also exist underwater as long as there is enough sunlight.

Although algae look like a plant, they're actually a special kind of single-celled organism called a protist. A protist's cellular structure is different from a plant's, but it can still make its own food and, THEREFORE, it is a producer. Algae and its relatives can be found in aquatic ecosystems.

Surprisingly, single-celled bacteria can also be producers. Located deep below the ocean surface are areas that get little to no sunlight. Green plants can't survive there, since they are unable make food without sunlight. But, single-celled bacteria use a process to make food called chemiosynthesis, which involves taking chemicals EXPELLED from hydrothermal vents deep in the ocean and converting them into the same type of food that plants make.

The food producers create food for themselves in order to grow and reproduce. However, plants also serve as food for the rest of the ecosystem, the consumers.

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HEY!!

It's simple unsegmented means a thing which is not DIVIDED into segments or pieces.

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Parathyroid Hormone (PTH) from the parathyroid GLANDS regulates calcium LEVEL and it's needed for muscle contraction and blood CLOTTING. PTH is essential for life because of calciums effect on neuromuscular CAPABILITY.

The group of organisms having similar FUNDAMENTAL CHARACTERISTICS which can REPRODUCE AMONG themselves is called species

The KINGDOM it belongs to
and it is the ARTHROPODA which are the SPECIES present in high number in the world

Yo!

Here's the answer!

That is "Delta"

And in the FORMULA,it may mean-

Change in PRESSURE/Change in time.

In a chemical reaction,delta (H) is just used as a SYMBOL for 'heat'. In PHYSICS it is used as a symbol of 'change'. But in the case above,it usually MEANS that there is some change in pressure and time.

Hope that this helps you!

-TGA.

Hii dear here is your ANSWER


artificial selection. The BREEDING of plants and animals to PRODUCE desirable traits. Organisms with the desired traits, such as size or taste, areartificially mated or cross-pollinated with organisms with similar desired traits. ( COMPARE natural selection.)


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The white MATTER of your brain and spinal cord is COMPOSED of bundles of AXONS. ... Damage to the white matter of your brain orspinal cord can affect your ability to move, use your sensory faculties, or react appropriately to EXTERNAL stimuli. Some PEOPLE with damaged white matter suffer deficits in reflexive reactions.

What will HAPPEN to the cell if the nucleus is removed?




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To answer this we first need to understand the PURPOSE of the nucleus. A cells nuclei has two major functions:

it is a condensed double membrane STORAGE for the cell's GENETIC material (DNA)It uses DNA as an instruction Manuel to store heriditary info and coordinate the cell's primary activities (ie. growth, protein synthesis, reproduction, etc.)

In SHORT:remove the nucleus and a cellwill die since it won’t have the instructions to grow, function, and reproduce.

(Exceptions: prokaryotes/ most blood cells)

Now for the fun stuff: Though the nucleus houses the instructions for functions necessary for life. 2 major examples (☝) stand out in which it is not required: bacteria don’t need a defined nucleus, most of their genetic material floats around with the other organelles. The other being blood cells which only have nuclei as they are maturing with the marrow

Digestive help Aloe latex contains aloin, which is an anthraquinone that gives aloe vera its laxative PROPERTIES and may help treat constipation. (5) Treating skin conditions, such as psoriasis and acne Aloe creams have a CALMING effect on the skin and have been SHOWN to help reduce itchiness and inflammation.

Secondary growth occurs in most seed PLANTS, but MONOCOTS usually lacksecondary growth. ... In CERTAIN monocots, the vascular tissues are ALSO increased after the primarygrowth is completed but the cambium of these plants is of a different nature

It INCREASES their NUMBER PROBABLY from GENERATION to generation

Plant Hormones

A hormone is a chemical that affects the ways in which an organism functions; it is produced in one part of the plant (or animal) body but affects many other parts of the body as well. Hormones work by coming in contact with target cells, causing the organism to respond in various ways to the chemical signal. In plants, hormones usually work by INFLUENCING cell differentiation, elongation, and division. They also AFFECT the timing of reproduction and germination. These hormones are divided int o five categories: auxins, cytokinins, gibberellins, inhibitors (or abscisic acid), and ethylene.

Auxins

The primary function of the auxin hormones is to elongate plant cells in the stem. For instance, auxins are the hormones responsible for phototropism, the growth of a plant toward the light. Phototropism results from the rapid elongation of cells on the dark side of the plant, which causes the plant to bend in the opposite direction. The acid growth hypothesis explains this occurrence by speculating that auxins trigger proton pumps in cell membranes, lowering the pH in the cell wall to such an extent that the hydrogen bonds holding its cellulose fibers together break apart. These broken bonds give the cell wall greater flex ibility and expandability, so that more water can enter the cell by diffusion, causing the cell itself to elongate.

Auxins are also responsible for adventitious root development, secondary growth in the vascular cambium, inhibition of lateral branching, and fruit development. In fact, seedless fruits can be artificially created by applying synthetic auxin to plants; this causes fruit to develop even though fertilization (and thus seed formation) has not occurred.

Cytokinins

The cytokinin hormones promote cell division and tissue growth, and depend upon the presence of auxins to determine the extent of their activity. When the ratio of cytokinins to auxins is relatively high, stem and leaf growth is stimulated. When, on the other hand, the ratio of cytokinins to auxins is relatively low, root growth is stimulated instead. The balance between these hormones ensures that the plant invests in both root and shoot growth, so that neither becomes too large or small for the other. Cytokinins are also involved in the development of chloroplasts, fruits, and flowers. In addition, they have been show n to delay senescence (aging), especially in leaves, which is one reason that florists use cytokinins on freshly CUT flowers.

Gibberellins

Gibberellins stimulate growth, especially elongation of the stem, and can also end the dormancy period of seeds and buds by encouraging germination. ADDITIONALLY, gibberellins play a role in root growth and differentiation, and produce an enzyme that pro motes the conversion of an embryo's STARCHY food supply into utilizable sugars. In some plants, these hormones are essential for flowering and fruit development.

Inhibitors

True to their name, inhibitors restrain growth and maintain the period of dormancy in seeds and buds. The most important of this type of hormone is abscisic acid, which in addition to restraining growth, causes the guard cells, of the stomata to close when the plant is losing too much water

HRY MATE HERE IS YOUR ANSWER:


FLYTRAPS,VENUS ETC.

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What the QUESTION I ACTUALLY can not UNDERSTAND

HII

MACRONUTRIENTS:----- THEY ARE REQUIRED MORE IN NUMBER.

MICRONUTRIENTS :-------
THEY ARE REQUIRED IN LESS AMOUNT.



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Blood of GROUP A agglutinates with antibody ANTI A

Blood of group B agglutinates with antibody anti B

Blood of group AB agglutinates with antibody anti A and antibody anti B

Blood of group O do not agglutinate with antibody anti A and antibody anti B

Heeello mate ,

☢☢ Your CORRECT answer is Mitosis process . ☣☣

Explain ➡➡
IMAGE result for Spermatogenesis is the process by which haploid spermatozoa develop from germ cells in the SEMINIFEROUS tubules of the testis. This process STARTS w
Image result for Spermatogenesis is the process by which haploid spermatozoa develop from germ cells in the seminiferous tubules of the testis. This process starts w
Image result for Spermatogenesis is the process by which haploid spermatozoa develop from germ cells in the seminiferous tubules of the testis. This process starts w
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Spermatogenesis. Spermatogenesis is the process by which haploid spermatozoa develop from germ cells in the seminiferous tubules of the testis. This process starts with the mitotic division of the stem cells located close to the basement membrane of the tubules. These cells are called spermatogonial stem cells. .…✔✔✔


THANKS ;)☺☺☺

Yes , WATER living organism are responsible for SOIL formation.

Living organism = when the living organism are dead their dead and deay matter are covert into soil by the action of bacteria and other microorganism.


Water = when the TEMPERATURE of the rocks are very high than action of the water the rocks feel the SOCK and they are converted into soil.

Percentage=x/total ×100
15%=306/total×100
15*total=306*100
15×total=30600
Total=30600/15
Total=2040

seed formation because in VEGETATIVE PROPAGATION all METHODS are used like GRAFTING ,cutting,tissue culture ,etc.

GREGOR Mendel

Father of GENETICS.

Grain damage is any degradation in the quality of grain. In the current grain trade, this damage can affect price, feed quality, food product quality, and susceptibility to pest contamination. Between the field and the end use, grain may go through any number of handling operations which can each contribute to grain damage. For example, grain MIGHT encounter free fall, CONVEYORS, spouts, grain throwers, ELEVATORS, hoppers, dryers, and many more. Overall, these handling methods can be evaluated as to what effect they have on the grain. Damaged grain can often be characterized by the EXTENT to which it reduces storage time. For example, cracked or broken KERNELS are more susceptible to insect or bacteria as well as chemical degradation. 


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Hello buddy this is your answer

The kidneys perform many CRUCIAL FUNCTIONS, including: MAINTAINING OVERALL fluid balance. regulating and filtering minerals from blood. ... creating hormones that help produce red blood cells, promote bone HEALTH, and regulate blood pressure.

Lymphocytes are a type of WBCs (white BLOOD CELLS) that are phagocytic in nature.They are produced from LYMPHOID progenitor cells of haematopoietic stem cells.

Lymphocytes are of two types: Small (6-8 micron in diameter) and Large (10-12 micron in diameter)

Lymphocytes constitute about 50 percent of WBCs in Human.

❤️HEY MATE ❤️

⬇️ANSWER ⬇️

⭐THE INSTRUMENT USED TO MEASURE BLOOD PRESSURE IS SPHYGMOMANOMETER⭐

⚡A CUFF IS PLACED IN YOUR ARM AND INFLATED WITH A PUMP UNTIL THE CIRCULATION IS CUT OFF TO MEASURE BLOOD PRESSURE.⚡

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Hey mate here is your answer》》

Taxonomy is the science of naming, describing and CLASSIFYING organisms and INCLUDES all PLANTS, ANIMALS and microorganisms of the world.

Hope this answer will HELP you..《《

In the duodenum the secretion of the LOVER of ABDOMINAL create pancreatectomy of chyme EMULATION bile juice and bile pigments of CONTAIN WATER...