photosynthetic organisms are group of answer choices consumers decomposers producers heterotrophs

Answer: Charles Darwin

Explanation: He developed the idea of ​​natural selection after a five-year journey to study plants, animals, and fossils in South America and on the islands in the Pacific.

Around 90 different coin kinds were in use in Italy in 1859, creating a financial mess that was only resolved after the country was united. Consequently, establishing a currency union for the emerging business region was of utmost importance.

The florin served as the benchmark for coinage throughout Europe and evolved into the preferred trade coin that was more valuable than silver. By introducing their own currencies, many European countries started to adopt the florin as their model. The Italian lira replaced the florin as the country's currency in the sixteenth century.

Stator of Lydia The World's Oldest Coin. Various academics contend that the Lydian stater is regarded as the oldest coin remaining in existence. These ancient coins, known as electrum, were produced in the country of Lydia, in what is now modern day Turkey, circa 600 BCE.

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D.

Mediterranean/chaparral

Answer:

Explanation:

Human body cells (somatic cells) have 46 chromosomes. A somatic cell contains two matched sets of chromosomes, a configuration known as diploid. The letter n is used to represent a single set of chromosomes; therefore, a diploid organism is designated 2 n.

Primary amines will react with acetone to give an imine.

Amines are organic compounds with functional group formally derived from ammonia by replacing one, two or three hydrogen atoms with hydrocarbon or other radicals.

When a primary amine is added to a solution of aldehyde or ketone, water is liberated and the corresponding imine is formed.

Imines are any of a class of organic nitrogen compounds having the general formula R2C=NR. The reaction of aldehydes and ketones with primary (1º) amines forms imine derivatives, also known as Schiff bases.

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Answer:

reproduction

Explanation:

through pollination of the flower the pollen moves from the anthers to the stigma.

Answer: Reproduction

Explanation: I know that already on here but ima just put this on here! And I hope this helps!

I think the first graph, I'm not positive though.

The statement "The medial malleolus is an anatomical landmark located on the fibula" is False. The medial malleolus is actually an anatomical landmark located on the tibia, not the fibula.

Anatomical landmarks are defined as biologically meaningful loci that can be unambiguously defined and repeatedly located with a high degree of accuracy and precision. The relative location of landmarks provides a spatial map of the relative location of the features that the landmarks represent.

There are three body views (front, back, and side) that can help you to identify a specific body area. The labels show areas of the body which are identified either by anatomical or by common names. For example, the back of the knee is called the “popliteal fossa,” while the “flank” is an area on the side of the body.

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The medial malleolus is not located on the fibula as stated in the question but is found on the distal tibia. The lateral malleolus is located at the distal end of the fibula.

The statement mentioned in the question is, in fact, false. The medial malleolus is not located on the fibula. It is anatomically located on the distal tibia, which is the larger, weight-bearing bone on the medial side of the leg. It forms a large bony bump found on the medial side of the ankle region. The lateral side of the distal tibia has a fibular notch that articulates with the distal end of the fibula, forming the distal tibiofibular joint. On the contrary, the lateral malleolus is actually located at the distal end of the fibula and forms a palpable bump on the lateral side of the ankle.

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Answer:

Answer:

Water is naturally found in solids, liquids, and gases. This leaves only plasma as the other state of matter.

Please give brainliest.

Explanation:

Answer:

2.5% of the earth's fresh water is unavailable: locked up in glaciers, polar ice caps, atmosphere, and soil; highly polluted; or lies too far under the earth's surface to be extracted at an affordable cost. 0.5% of the earth's water is available fresh water.Nov 4, 2020

Water Facts - Worldwide Water Supply | ARWEC| CCAO | Area ...https://www.usbr.gov › arwec › water-facts-ww-water-sup

Explanation:

Answer:

Cellular respiration.

Answer:

non living things

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Codons are units of genomic information made up of three nucleotides (trinucleotides) in DNA or RNA that code for a specific amino acid or indicate the end of protein synthesis (stop signals).

An amino acid is encoded by a codon, a triplet of nucleotides. An amino acid is encoded by each trio of nucleotides. A, U, G, and C are the four nucleotides found in mRNA, and together they can be combined in 64 distinct ways because codons are three-letter structures. The remaining three of these 64 codons are stop signals that signal the completion of protein synthesis, and 61 of these codons correspond to amino acids. UAG, UAA, and UGA are the three STOP codons found in the genetic code.

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A rock pocket mouse’s color influences its fitness because its color could save its life depending on its surroundings. Rock pocket mice changed over time by adapting to their surroundings.

Their fur color blends in with the rocks and when they started this, the Offspring’s were developed with darker fur to blend in with the rocks.

This is called transformation, when the offspring are born with new which make it easier to survive. What I think is that the black or darker rock pocket mice population will grow because of transformation. There will be more and more dark mice and lighter ones will become less.

The process of this is the body recognizes the change in the environment and when offspring is born, it might have dark fur to blend with the rock. Blending with the rock will allows it to not be seen by predators as well as prey.

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Answer: Heterotrophs

Explanation: Heterotrophs, also known as other-feeders, can't capture light or chemical energy to make their own food out of carbon dioxide. Humans are heterotrophs. Instead, heterotrophs get organic molecules by eating other organisms or their byproducts. Animals, fungi, and many bacteria are heterotrophs.

Answer:

Heterotrophs

Explanation:

Heterotrophs, also known as other-feeders, can't capture light or chemical energy to make their own food out of carbon dioxide. Humans are heterotrophs. Instead, heterotrophs get organic molecules by eating other organisms or their byproducts. Animals, fungi, and many bacteria are heterotrophs.

Autotrophs such as plants do that

Answer:

Animals most likely pollinate by accident.

Explanation:

Deer for example, they may graze in the grass. The pollen/seeds could catch onto their fur--and later fall off into a different area when they walk away. They could also eat a plant, and the seeds end up in their feces. Bees for another example don't necessarily mean to pollinate, they just happen to pick up pollen/seeds when they land on a flower for honey.

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An anaerobic treatment cycle entails wastewater entering a bioreactor plug socket containing sludge, a thick semi-solid substance rich in anaerobic bacteria and other microorganisms that break down the organic contaminants in the wastewater.

Anaerobic digestion is a process in which bacteria break down organic matter in the absence of oxygen, such as animal manure, wastewater biosolids, and food waste.

Anaerobic digestion is the most commonly used sludge treatment method. In this process, a significant portion of the organic matter (cells) is broken down into carbon dioxide (CO2) and methane (CH4) in the absence of oxygen.

Thus, this is the way to treat wastewater anaerobically.

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Answer:

Lizards are experts in thermoregulation and are able to maintain an ideal body temperature most of the time. Lizards hibernate in winter if the weather is too cold for them to reach the required body temperature.

Explanation:

reptiles regulate their body temperature through what is called thermoregulating . simply put this means basking in a warm area to heat up and moving to a cool are to cool down ..... reptiles hibernate in winter if the weather is too cold for them to reach the required they body temparature

The correct order of the steps are: Introduction of labeled probe > Denaturation of the chromosomes > Immobilization of mitotic cells > Hybridization > Detection of the fluorescent label > Identification of the chromosome and location of the gene.

Here is the correct ranking of the stages of the procedure using fluorescence to locate a gene of interest:

Introduction of labeled probe: Synthesis of a single-stranded probe molecule, which is complementary to your gene and labeled with a fluorescent marker.

Denaturation of the chromosomes: Denaturation of the chromosomal DNA to separate the double-stranded DNA into single-stranded DNA.

Immobilization of mitotic cells: Preparation and immobilization of mitotic cells onto a microscope slide.

Hybridization: Hybridization of the labeled probe with the denatured chromosomal DNA, allowing the probe to bind to the complementary sequence in the chromosome.

Detection of the fluorescent label: Use of a fluorescence microscope or other fluorescence detection methods to visualize the location of the labeled probe on the chromosomes.

Identification of the chromosome and location of the gene: Determination of the chromosome and precise location of the gene of interest based on the fluorescent signal from the labeled probe.

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The correct order of the steps in the process of targeting a protein to the endoplasmic reticulum is as follows:
1. SRP binds to the ER signal sequence.
2. SRP binds to an SRP receptor in the ER membrane.
3. GTP molecules bound to SRP and the SRP receptor are hydrolyzed.
4. SRP is released.
5. Translation pauses.
6. Polypeptide enters the ER lumen through a channel.
7. Translation resumes.

During translation, the signal sequence of the protein being synthesized is recognized by the signal recognition particle (SRP).

1. Translation begins: The ribosome synthesizes the protein, starting the translation process.
2. SRP binds to the ER signal sequence: The signal recognition particle (SRP) recognizes and binds to the endoplasmic reticulum (ER) targeting signal sequence on the nascent polypeptide chain.
3. Translation pauses: SRP binding causes the translation process to temporarily pause.
4. SRP binds to an SRP receptor in the ER membrane: SRP transports the ribosome-polypeptide complex to the ER membrane and binds to an SRP receptor.
5. GTP molecules bound to SRP and the SRP receptor are hydrolyzed: This provides the energy needed for the next step in the process.
6. SRP is released: After GTP hydrolysis, SRP is released from the complex.
7. Translation resumes: With SRP released, translation continues, and the polypeptide chain grows.
8. Polypeptide enters the ER lumen through a channel: The growing polypeptide chain is threaded into the ER lumen through a translocon channel.

This is the step-by-step process of targeting a protein to the endoplasmic reticulum.

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Answer: A skeleton is a structural frame that supports an animal body.

There are two major types of skeletons: solid and fluid.

Exoskeletons are external, and are found in many invertebrates; they enclose and protect the soft tissues and organs of the body.

Explanation: HOPE IT HEPLS

The one that lists the two hard skeleton is endoskeleton and exoskeleton.

The scaffolding that holds up vertebrate creatures' soft tissues and shields many of their internal organs.

A human adult has 206 bones in their skeleton. These include the vertebrae in the spine, the ribs, the arms, and the legs.

Bones are composed of specialised bone cells and connective tissue that has been strengthened with calcium. The bone marrow that makes blood cells is also found in the majority of bones.

Exoskeletons are hard external skeletons that protect an organism's exterior while allowing for mobility via muscles attached internally.

An endoskeleton is a hard, mineralized internal skeleton that also allows mobility by attaching to muscles.

Thus, the answer is endoskeleton and exoskeleton.

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Fish still excrete nitrogenous waste which exists in ammonia though this exists positively unusual because ammonia exists highly toxic so because of that storage in the body can pose a massive life risk. But this does occur because of osmosis and that exists when you contain an intake of extensive quantities of water which will disclose you to ammonia bacteria in the water.

The major condition of nitrogenous waste that fish and larval amphibians excrete exists ammonia because it exists efficiently eliminated in water.

An ammoniotelic organism eliminates nitrogenous waste as soluble ammonia.

Most of the aquatic animals containing protozoans, crustaceans, platyhelminths, cnidarians, poriferans, echinoderms, fishes, larvae/tadpoles of amphibians exist in ammoniotelic.

The majority of ammonia created by typical fish species impacts from amino acid catabolism through detailed deaminases or by transamination through the connected activities of aminotransferases and glutamate dehydrogenase (GDH) where transamination exists normally considered to be the main route of ammonia production.

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Anemometer

Explanation:

bcz it has it has a spinning wheel which allows it allows to rotate fast when there are strong winds as well as count the number of rotations which is used to calculate the number of wind speed

THATS ALL I GOT

Based on the graphs, the best way to prepare pineapple for use in gelatin desserts is to heat the pineapple to a temperature above 55°C. The graph shows that bromelain's activity decreases rapidly at temperatures above 50°C, and at 60°C, the enzyme's activity is almost completely inhibited. This means that heating the pineapple will inactivate the bromelain enzyme and prevent it from breaking down the protein in the gelatin, allowing the gelatin to solidify properly.

Chilling the pineapple to a temperature below 10°C is not likely to be effective because the graph does not show a significant decrease in bromelain activity at low temperatures.

Changing the pH of the pineapple to 8.5 or 7 is also not likely to be effective because the graph shows that bromelain has maximum activity at a pH of 5. At higher or lower pH levels, the enzyme's activity decreases.

Therefore, heating the pineapple to a temperature above 55°C is the best way to prepare it for use in gelatin desserts.

Answer:

Raise the temperature of the pineapple to above 55C.

Explanation:

I took the test.

Loop diuretics will block the Na+/K+/2Cl- symporters in the thick ascending limb of the nephron, causing the medullary collecting system to inhibit water reabsorption by the collecting ducts and increase urine production.

Loop diuretics are a type of medication that block the action of the Na+/K+/2Cl- symporters in the thick ascending limb of the nephron, a part of the kidney.

This prevents the transfer of sodium, potassium and chloride, which in turn inhibits water reabsorption by the collecting ducts and increases urine production.

This can help to reduce swelling, particularly in the feet, legs and ankles and is often used to treat congestive heart failure, liver cirrhosis, and certain types of kidney disease.

Loop diuretics are a type of medication that work by blocking the Na+/K+/2Cl- symporters in the thick ascending limb of the nephron. This action inhibits water reabsorption from the medullary collecting system and results in an increased production of urine.

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The structure of DNA's double helix is made up of two connected strands that wrap around one another to mimic a twisted ladder.

Deoxyribonucleic acid is a type of DNA. DNA is a polymer made up of two polynucleotide chains that wrap around one another to create a double helix. (listen); DNA) is one such polymer. All known species and many viruses contain genetic information in the polymer that is necessary for their development, operation, growth, and reproduction.

Nucleic acids include DNA and ribonucleic acid (RNA). Nucleic acids are one of the four main categories of macromolecules that are necessary for all known kinds of living, along with proteins, lipids, and complex carbs (polysaccharides).

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At that point when the receptor-hormone complex has formed and is about to enter the nucleus the hormone bound to its intracellular receptor but not yet entered the nucleus.

Chemicals called hormones function in the body as messenger molecules. They are created in one area of the body and then go to other areas where they assist regulate how cells and organs function. For instance, the pancreatic beta cells produce the hormone insulin.

Hormones are substances that communicate with your organs, skin, muscles, and other tissues through your blood to coordinate various bodily functions. These messages instruct your body on what to do when.

Intracellular receptors are those that are not on the cell membrane but rather are found inside the cell. Thyroid and steroid hormones are examples of conventional hormones that bind to intracellular receptors.

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