Costal Erosion is the form of erosion that is caused when waves of seas hit the rocks on the shore.
What is Erosion ?The removal of soil, rock, or dissolved material from one area on the Earth's crust and subsequent transport to another region for deposition are known as erosional processes. Erosion differs from weathering, which is a static process.
Earthen materials are worn away during erosion, a geological process in which they are moved by wind or water. Weathering, a related process that does not involve movement, dissolves or breaks down rock.
When materials like boulders and stones carried by waves strike and knock against one other, they are said to be attritionally worn away. Sand and rounded beach pebbles are created via the wear and tear of these materials. One of the most obvious signs of coastal erosion is the formation of sea cliffs.
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Sandy beaches are built up through the process of... A. Destructive forces
B. Convection
C. Weathering
D. Deposition
Answer:
weathering
Explanation:
eroded sediments are transported from a river or stream and then deposited on the bottom. soon, they're channeled to the ocean through river mouths. the movement caused by swells, tides, and breaking waves will then help sand accumulate near the shore
Which pH represents a solution with the highest concentration of OH-? ph 10 pH 2 ph 5
Answer:
A pH of 10 represents a solution with the highest concentration of hydroxide ions (OH-).
Explanation:
The pH scale is used to measure the acidity or basicity of a solution, with a pH of 7 being neutral. A pH less than 7 is considered acidic and a pH greater than 7 is considered basic. The pH is calculated using the negative logarithm of the hydrogen ion concentration (H+). So, a pH of 10 means that the H+ concentration is 10^-10 moles/L, which is very low. Therefore, the solution is very basic, and has a high concentration of hydroxide ions (OH-).
Explain briefly the three mechanisms of resistance crop
Answer:
The three mechanisms of resistance crop are genetic resistance, tolerance, and avoidance. Genetic resistance is a trait that is naturally present in the crop, which makes it resistant to pests or diseases. Tolerance is the ability of the crop to tolerate pest or disease pressure without suffering major damage or yield loss. Lastly, avoidance is the ability of the crop to reduce the risk of pest or disease pressure by growing in a location or environment that is unfavorable to the pest or disease.
Explanation:
What do ligands receptor transduction do in cell to cell communication why it’s important
Answer:
In reception, a signal molecule known as the ligand binds to a receptor protein, which causes the shape of the protein to change. In transduction, cascades of intracellular molecular interactions occurs, and relay signals from receptors to target molecules in the cell.
Explanation:
Cell-surface receptors, also known as transmembrane receptors, are cell surface, membrane-anchored (integral) proteins that bind to external ligand molecules. This type of receptor spans the plasma membrane and performs signal transduction, in which an extracellular signal is converted into an intercellular signal.
Definition: Extracellular signalling molecules are cues, such as growth factors, hormones, cytokines, extracellular matrix components and neurotransmitters, designed to transmit specific information to target cells.
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The expression "mad as a hatter" is based on the real-life practices of hatters beginning in the 17th century. It turns out that the process they used to make their hats was poisoning them and driving them insane. It wasn't until 1941 that hatters discovered what was causing them to behave so strangely.
The expression mad as a hatter originated with a 17th-century hatter who after inhaling mercury vapors during the hat-making process began to act irrationally.
What does the expression mad as a hatter mean?The phrase "mad as a hatter" was inspired by the actual behavior of hatters in the 17th century. It turns out that they were poisoned and driven insane by the procedure they employed to produce their hats. Hatters didn't figure out what was making them act in such an odd way until 1941.
The term "crazy as a hatter" actually refers to mercury toxicity, often known as Mad Hatter illness. Felt hats were made in the 17th century using fur that had been mercury-treated. Hatters were kept in cramped quarters and exposed to poisonous mercury vapor, which caused "crazy" or irrational conduct.
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Complete question?
Where did the expression mad as a hatter originate?
While hiking through the mountains during the fall, you notice that many of the elk are grouped with one male to many females, and it appears that those males with more points and larger racks tend to have more females in their group than males with fewer points and smaller racks. Is this an example of natural selection or sexual selection, and why? Choose one answer.
Group of answer choices
Sexual selection: if these males mate with each female, then the males with more points, larger racks will reproduce better; this is not necessarily be adaptive; will be determined by the individual
Natural Selection: these males are reproducing more, which is adaptive, and their rack size could be influenced by abiotic and/or biotic factors such as forage availability
Sexual Selection: these males are reproducing more, which is adaptive, and their rack size could be influenced by abiotic and/or biotic factors such as forage availability
Natural selection: if these males mate with each female, then the males with more points, larger racks will reproduce better; this is not necessarily be adaptive; will be determined by the individual
This is an example of sexual selection, and reason is option A: Sexual selection: if these males mate with each female, then the males with more points, larger racks will reproduce better; this is not necessarily be adaptive; will be determined by the individual.
What is sexual selection?Sexual selection refers to the process by which certain traits or characteristics become more or less common in a population due to their influence on an individual's ability to attract or compete for mates.
In the case of elk, the males with larger racks and more points are likely more attractive to females and are therefore able to reproduce more successfully.
Therefore, This is not necessarily an example of natural selection, as the traits that are selected for may not directly impact the individual's ability to survive and reproduce in the wild, but rather its ability to attract a mate.
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While observing a tissue underneath the microscope you not the following characteristics. The
slide appears to contain multiple tissue types but you are focused on the tissue that contains lots of
space with no visible fibers. The substance shows concentric lamellae. Small cells are found within
the lamellae, although the individual nucleus is not visible. Each lamellae appears to have a central
area that does not contains cells.
Use the description provided to DRAW the tissue on a piece of paper. Label the structures
identified above. Then use your text and/or notes to answer the following questions.
Please take a picture your drawing and paste it to the page with your answers so you can submit
everything as one document. Thanks!
1. What type of tissue are you looking at (be specific)? Briefly explain why you chose this tissue.
2. Describe is the primary function of this tissue?
3. Identify at least one organ where you would find this tissue, explain how the tissue supports the
organ's function.
Answer:
I can help you to identify the type of tissue and its characteristics. see below
Explanation:
1. The tissue you are looking at is probably cartilage tissue. Cartilage tissue is a type of connective tissue that is characterized by its lack of blood vessels and nerves, and the presence of large spaces filled with a gel-like substance called matrix. Cartilage tissue is typically composed of chondrocytes, which are the cells found within the lamellae, surrounded by a matrix composed of fibers and ground substance. The presence of concentric lamellae, cells within the lamellae, and a central area that does not contain cells all point to cartilage tissue.
2. The primary function of cartilage tissue is to provide support, cushioning, and flexibility to the joints and other structures in the body. Cartilage tissue is able to withstand compression and protect bones from rubbing against each other.
3. Cartilage tissue can be found in different organs, but one example is the nose. The nose is made up of several different cartilages, including the septal cartilage, which separates the nostrils, and the alar cartilage, which shapes the nostrils. These cartilages support the nose's structure and help to maintain the shape of the nose. Additionally, the cartilage in the nose also acts as a cushion, protecting the nasal bones and the skull from injury.
130 POINTS! TO BEST ANSWER OF TWO!
What is the purpose of the liver?
Answer:
"All the blood leaving the stomach and intestines passes through the liver. The liver processes this blood and breaks down, balances, and creates the nutrients and also metabolizes drugs into forms that are easier to use for the rest of the body or that are nontoxic."
What is the purpose of the liver?
100 POOINTS!!!!!!!!!!!!!!!!!!!!!!
Answer: All the blood leaving the stomach and intestines passes through the liver. The liver processes this blood and breaks down, balances, and creates the nutrients and also metabolizes drugs into forms that are easier to use for the rest of the body or that are nontoxic.
Explanation:
Answer:
The liver processes this blood and breaks down, balances, and creates the nutrients and also metabolizes drugs into forms that are easier to use for the rest of the body or that are nontoxic.
Explanation:
All the blood leaving the stomach and intestines passes through the liver.
Fill in the blank:
If the __________ of ADA’s active site is changed, ADA can no longer _______ _______ the toxin.
Answer:
If the shape of ADA's active site is changed, ADA can no longer bind and neutralize the toxin.
Explanation:
The active site of an enzyme is a specific region on the enzyme that binds to the substrate, which is the molecule the enzyme acts on. The active site is typically a cleft or pocket on the enzyme surface that is the right shape and size to accommodate the substrate. The shape of the active site is critical to the enzyme's function because it determines the specificity of the enzyme. The enzyme's active site is designed to bind to a specific substrate and catalyze a specific reaction. If the shape of the active site changes, it can no longer bind to the substrate effectively and the enzyme can no longer catalyze the reaction. In the case of ADA, this would mean that the enzyme can no longer bind and neutralize the toxin, as the active site is not able to recognize the toxin anymore.
zThe expression "mad as a hatter" is based on the real-life practices of hatters beginning in the 17th century. It turns out that the process they used to make their hats was poisoning them and driving them insane. It wasn't until 1941 that hatters discovered what was causing them to behave so strangely.
The expression "crazy as a hatter" originated from the crazy behavior of hatmakers in the 17the who unknowingly inhaled large amounts of mercury vapor during the hatmaking process.
How is the expression "mad as a hatter" related to mercury exposure?The expression "crazy as a hatter" actually refers to mercury toxicity, often known as Mad Hatter illness. Felt hats were made in the 19th century using fur that had been mercury-treated. Hatters exhibited "crazy" or erratic conduct as a result of being trapped in small places and breathing hazardous mercury vapors.
The prevalent neurological symptoms that hatters and hat-makers displayed included such symptoms as slurred speech, tremors, irritability, shyness, depression, and other neurological symptoms. The symptoms were linked to long-term occupational mercury exposure.
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Complete question:
Where did the expression mad as a hatter originate?
A bird flies to a pond and lands to take a drink of water which of earths spheres has the bird interacted with? Explain you’re answer
Answer:
A bird interacts with the four subsystems of the Earth by breathing the oxygen in the atmosphere, living in the trees, which are part of the biosphere, taking water from the rivers of the hydrosphere, and feeding on minerals from the Earth's soil (lithosphere).
The Earth is made up of four subsystems that are:
Lithosphere (Earth and soil).
Hydrosphere (water).
Biosphere (living beings).
Atmosphere (air).
These subsystems are interrelated to allow life on Earth to be possible. For instance:
The atmosphere has the oxygen that allows organisms to breathe.
The hydrosphere provides water for plants, animals, and other organisms, being a very important resource for life.
The lithosphere contains soils rich in minerals, with different characteristics that allow the birth of plants and other resources that contribute to life.
Finally, the biosphere refers to all living beings that are the result of the interrelation of the ideal conditions created by the other three subsystems.
According to the above, a bird interacts with the other subsystems in the following way:
Interact with the atmosphere by breathing the oxygen in the atmosphere and flying on air currents.
Interacts with the hydrosphere by taking water from rivers.
Interacts with the lithosphere by eating minerals from the soil.
Interact with the biosphere creating its nest in trees.
explain how chromosomes are sorted during mitosis. how is the sorting process related to changes you observed during the phases of mitosis?
How is cell theory related to mitosis and meiosis?
Answer:
Cell theory states that all living organisms are made up of cells, and that cells are the basic unit of life. Mitosis and meiosis are both processes of cell division, which are essential for the production of new cells. Mitosis is the process of a single parent cell dividing into two identical daughter cells, while meiosis is the process of two parent cells dividing into four daughter cells with half the number of chromosomes as the parent cells. Therefore, cell theory is related to mitosis and meiosis because both processes are necessary for the production of new cells, which is a fundamental part of the cell theory.
Explanation:
Genotype probability for a Guinea pig short fur S is dominant to long fur s. Two heterozygous pigs Ss mate
When two heterozygous guinea pigs (Ss) mate, their offspring have a chance of inheriting either the dominant or recessive allele from each parent. The probability of inheriting a particular genotype can be determined using a Punnett square.
What do you understand by punnett square?A Punnett square is created by drawing a grid with the alleles of one parent along the top and the alleles of the other parent along the side. The possible combinations of alleles are written in the cells where the rows and columns intersect.
What is the use of punnett square?Punnett squares are widely used in genetics and biology to predict the possible outcomes of genetic crosses and to understand the inheritance of traits.
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What are the three transport methods of firebrand
.030 micrometer scientific notation
According to the question, the scientific notation of .030 micrometer is 3.0 x 10^-7 m.
What is scientific notation?
Scientific notation is a mathematical system used to express very large or very small numbers in a more concise form. It is typically used by scientists, mathematicians, and engineers to represent and work with numbers that are too large or too small to be represented in standard decimal form. Scientific notation is written in a form that includes a number between 1 and 10, followed by an exponent of 10. The exponent is the number of times the decimal point must be moved to the right to yield the number in standard form. For example, the number 0.000001 can be written as 1 x 10-6 in scientific notation. This notation makes it easier to perform calculations involving large and small numbers.
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How does Osmosis happen?
Does it need a protein channel of some kind? and what is this channel called?
Answer:
Osmosis occurs according to the concentration gradient of water across the membrane, which is inversely proportional to the concentration of solutes.
Osmosis does not require a protein, but it can proceed faster if there are proteins present called aquaporins.
Explanation:
URGENT!!!!! HELP! LIMITED TIME!!!!!!!!!!!!
Scientists discover two populations of mice on either side of a major river.
The two populations have almost identical genes, but the mice from one side cannot breed with the mice from the other.
This is most likely because
Select one:
A. both species of mice lived on both sides but owls killed one
population on each side
B. the river separated one species of mice into two different species.
C. the similar habitat caused two species to become genetically
similar
D. two different species of mice migrated to the river from different directions
The answer to this question is: The most likely option for the mice to not breed is option (B) which is the river separated one species of mice into different species
The explanation of the above answer is as follows
The two populations having identical genes cannot breed because the river becomes the environmental barrier. There is no way for the mice to cross the river to the other side. Due to this reason, there is reproduction isolation for the mice. Therefore, the river separated one species of mice into two different ones and became the environmental barrier.
Would you expect an area with a dry hot climate to have more or fever ecological niches than an area with a humid rainy climate? Explain your answer
There would be more biological niches in a region with a variety of microclimates, enabling a greater range of creatures to find acceptable habitats. Humid heat is more dangerous than dry heat.
How is the microclimate impacted by temperature?The wind, temperature, relative humidity, precipitation, and atmospheric pressure all have an impact on the weather, which in turn has an impact on the microclimate. The relationship between wind and temperature is obvious: in areas with low winds, it is colder, while in areas with stronger winds, it is warmer.
How does the changing climate impact arid regions?How drought is caused by climate change: Evaporation is accelerated by warmer temperatures, which decreases surface water and dries out soils and vegetation. Because of this, dry spells last longer than they would in cooler conditions. The timing of when water is available is also changing due to climate change.
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A species of fish is found in two lakes joined by a river. A shift in climate causes the river to permanently dry up, severing the connection between the two lakes. Over time, the fish species develop new traits and eventually diverge.
What was the cause of speciation in this example?
Select one:
O Geographic isolation
O Bottleneck effect
O Founder effect
O Random genetic drift
The cause of speciation in this example is Geographic isolation.
Speciation is the process by which a new species forms from an existing species. In this example, a shift in climate causes the river to permanently dry up, severing the connection between the two lakes, and the fish species found in these two lakes are isolated from each other. This geographic isolation means that the two populations of fish can no longer interbreed and exchange genetic information.
Over time, these two isolated populations may evolve in different ways as they adapt to the different conditions in their respective lakes. If these changes are significant enough, the two populations may eventually become so different that they can no longer interbreed. At this point, they are considered to be separate species.
Geographic isolation is a common cause of speciation, as it separates populations and allows them to evolve in different directions. The other options are not the cause of speciation in this example. The bottleneck effect is when a population goes through a drastic reduction in size and the founder effect is when a new population is established by a small number of individuals from a larger population. Random genetic drift is a change in the frequency of alleles in a population due to chance events.
what do you notice about every individual that married into jane fugates family
The thing that we can notice about every individual that married into Jane fugates family is that they are heterogenous for methoglobinemia.
What is Recessive allele?This is referred to as a type of allele that when present on its own will not affect the individual and the two copies of the allele will always need to be present for the phenotype to be expressed.
In the diagram given above , the genes have a heterozygous trait in methoglobinemia which therefore means that the individuals in the family will have a recessive allele for the traits due to the variations present and is therefore the reason why it was chosen as thje correct choice.
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The expression "mad as a hatter" is based on the real-life practices of hatters beginning in the 17th century. It turns out that the process they used to make their hats was poisoning them and driving them insane. It wasn't until 1941 that hatters discovered what was causing them to behave so strangely.
The phrase "mad as a hatter" is derived from the actual activities of hatters starting in the 17th century in which the method they employed to create their hats was poisoning them and causing them to lose their minds as a result of inhalation of mercury vapors.
What is Mad Hatter's disease?Mad hatter disease is a disease that results from chronic mercury vapor poisoning. It might result in symptoms like vomiting, rashes, and tremors depending on the level of exposure.
In Mad Hatter disease, Erethism, a serious neurological complication of mad hatter illness, occurs. It may cause symptoms such as weakness, behavioral abnormalities, and headaches.
Mad hatter disease is rather rare. People who are exposed to mercury at work are more prone to develop chronic mercury poisoning. Increased risk is also present in young children and those who consume a lot of seafood.
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Complete question:
Where did the expression mad as a hatter originate?
The term ______ refers to all chemical reactions occurring in the body.
respiration
assimilation
digestion
metabolism
Answer: metabolism
Explanation:
Many people think that metabolism is just the process of creating energy, but it is so much more than that. However, any chemical process that occurs in the body with the idea of being life-sustaining is considered metabolism. The rate of metabolism varies from person to person, with some people having faster metabolism than others.
The term metabolism refers to all chemical reactions occurring in the body. Therefore, option D is correct.
Metabolism contains a wide range of processes involved in the conversion of nutrients into energy, the synthesis of molecules needed for cellular activities, and the breakdown of substances for elimination.
Metabolism is of two types and that is anabolism and catabolism. Catabolic reactions involve the breakdown of larger molecules into smaller ones, releasing energy in the process. Anabolic reactions involve the synthesis of larger molecules from smaller components, requiring energy input.
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Select all the correct answers.
The image shows a rain forest ecosystem. The energy from plants, or producers, acts as the starting point of energy in the ecosystem. This energy is
transferred to other organisms in the food web. In which two ways is the total amount of energy conserved in the ecosystem?
sloth
Scavengers
fruits
toucan
boa
constrictor
butterfly
flowers
golden flon
tamarin
Secondary
Consumers
(carnivores)
jaguar
agouti
Primary
Consumers
(herbivores)
macaw
tapir
older
monkey
Producers
(green plants)
Decomposers and
Detritus Feeders
bacteria, fungi
Some energy is transferred to the organisms, and the remaining energy is released into the
ecosystem as thermal energy.
Energy is conserved in the ecosystem by some of it being transferred to organisms at the higher trophic levels and the rest being lost as heat to the ecosystem.
What makes ecosystems crucial?Healthy ecosystems keep our soil in good condition, purify the air, regulate the environment, recycle nutrients, and provide us with food. They provide tools and raw ingredients for producing medicines and other goods. They are the backbone of all civilizations and the drivers of our economies.
What else would happen if ecosystems disappeared?If ecological services are just no longer sufficient to meet social requirements, the loss of biodiversity may have serious direct effects on human health. Changes in natural ecosystems have an indirect impact on local migration, livelihoods, income, and, on rare occasions, even political strife.
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a dense culture of e.coli grows in the lab contains approximately 1x10^9 bacteria per ml of culture. how many bacteria are in one liter of the culture
The number of bacteria that would be present in one liter of the culture will be 1 x [tex]10^{12[/tex] bacteria.
Dimensional analysisThe problem here can be solved using dimensional analysis.
1 x [tex]10^9[/tex] bacteria are present per mL of the culture.
There are 1000 mL in one liter of any solution.
If there are 1 x [tex]10^9[/tex] bacteria in 1 mL of the culture, then how many bacteria would be in 1000 mL of the same culture?
1 mL = 1 x [tex]10^9[/tex] bacteria
1000 mL = 1 x [tex]10^9[/tex] x 1000
= 1 x [tex]10^{12[/tex] bacteria
In other words, if there are approximately 1 x [tex]10^9[/tex] bacteria per mL of culture, the number of bacteria in one liter of the culture would be 1 x [tex]10^{12[/tex] bacteria.
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How can typologies assist us in becoming more objective observers of human behavior?
Answer:
see below and make me brainiest
Explanation:
Typologies are a way of sorting and organizing data in order to analyze patterns and trends in human behavior. Typologies can help us to become more objective observers of human behavior by providing a framework for collecting and organizing data that is more precise and structured than general observations. Typologies help us to identify patterns and relationships between different variables, which can then be used to make more informed decisions and develop more accurate theories. In addition, typologies can also help us to identify potential sources of bias and errors in our observations, allowing us to adjust our methods and correct our mistakes.
5. Imagination and emotion played dominant role in the writing of c. Post-modern poets a. modern poets 6. ...... techniques in English literature. a. H.G. wells b. Romantic poets was the pioneer in the use of stream of conscionstriess b. George Bernard shaw "Group B" c. Virginia woolf. Answer any two of the following questions. (6x5=30) a. What does the essayist say about our house which leads to the belief that our house is an fire? (our House is on Fire) b. How was charle chaplin characterized in the films? (The world's Desire) c. Describe the nature of the Island "Juana" Which was discovered by Columbus on his voyage ? d. Why does the boy feel so reluctant to go to school? (Half a Day) e. Sketch the character of George (of mice and men) f. Explain uthe following extract from the essay " of studies" with reference to the contet. "Crafty men contemn studies, simple men admire, and wise men use them" "Group C" Answer the following questions. (3x8=24) a. "Summarize the story" The Piece of String" al idea of the story "cactus" ?
a. The essay "Our House is on Fire" suggests that our house, or the world around us, is in danger of being consumed by fire. This metaphor is used to convey the idea that the world is in a state of crisis and that immediate action is needed to address the issues at hand.
b. Charlie Chaplin was characterized in his films as a comedic, slapstick character who often found himself in comical situations. He was known for his physical humor, including his distinctive walk and exaggerated facial expressions. He was also known for his ability to convey emotion through his performances, making him a beloved figure in the world of film.
c. The Island of Juana, also known as Cuba, was discovered by Christopher Columbus on his first voyage to the Americas. It is known for its tropical climate, diverse flora and fauna, and for being the largest island in the Caribbean.
What is the essay about?The above extract from the essay "Of Studies" with reference to the context. "Crafty men contemn studies, simple men admire, and wise men use them"
The extract from the essay "Of Studies" by Francis Bacon is discussing the different attitudes that people have towards studies. The author suggests that crafty men, or those who are cunning and deceitful, look down upon studies as unnecessary. Simple men, on the other hand, admire studies and find them to be valuable in their own right.
Wise men, however, use studies to gain knowledge and wisdom that can be applied to their lives. The context of this passage is that the author is advocating for the value of education and the importance of using knowledge and studies to improve oneself and one's circumstances.
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Name_________________________________________Date____________________Per______
Using Fruit Loops to Model Types of Natural Selection
In this investigation you will use pieces of Fruit Loops cereal to model a population of organisms. Like all populations, these "organisms" exhibit natural variation. The main variation you will be studying is color. The color trait in Fruit Loops is polygenic, and is controlled by three genes (red, yellow, and blue). After establishing your initial population, you will be presented with a series of different environmental scenarios that will cause your population to change as a result of natural selection.
You will be given a population of organisms (a bag of cereal). DO NOT EAT THE SAMPLES. Observe the organisms and answer the pre-lab questions.
Pre-lab Questions
What is the most obvious variation that is visible in your Fruit Loop population? _________________________
Look at the Fruit Loops. Do you think this variation is caused by a polygenic or single gene trait? Explain.
Three color variations (red, yellow, and blue) exist on their own. Green, orange, and purple, however, are made when two different color Fruit loops mate! Fill in the blanks on the mating combinations that make the following colors. (You will need this information!!)
_________________ + _________________ = Green
_________________ + _________________ = Orange
_________________ + _________________ = Purple
For each type of natural selection we have learned, write what happens to the population. (Take a look back at your notes if you don’t remember!)
Type of Natural Selection
How it changes a population/which trait is favored
Stabilizing
Directional
Disruptive
Answer:
Hope this helps :)
Explanation:
What is the most obvious variation that is visible in your Fruit Loop population? ____Different colored Froot Loops
___Blue___ + _Yellow = Green
___Yellow__ + __Red_ = Orange
____Red_ _ + __Blue_ = Purple
How it changes a population/which trait is favored
STABILIZING
Instead of favoring individuals with extreme phenotypes, it favors the intermediate variants. Stabilizing selection tends to remove the more severe phenotypes. This means it would probably favor green, orange, and purple while disfavoring red, yellow, and blue.
DIRECTIONAL
Directional selection, is a mode of negative natural selection in which an extreme phenotype is favored over other phenotypes, causing the allele frequency to shift over time in the direction of that phenotype. Under directional selection, the advantageous allele increases as a consequence of differences in survival and reproduction among different phenotypes. The increases are independent of the dominance of the allele, and even if the allele is recessive, it will eventually become fixed. This means that whichever color is more extreme and advantageous, whether recessive or dominant, will eventually become fixed in the species.
DISRUPTIVE
This is the opposite of stabilizing selection. It favors the extreme phenotypes and tends to remove the intermediate variants. This means it would probably do the opposite of stabilizing selection and favor red, yellow, and blue while disfavoring green, orange, and purple.
What is the difference between regeneration and multiple fission ?
full explanation
Regeneration is the process by which an organism regrows lost or damaged body parts. This process can occur in both plants and animals.
Multiple fission, on the other hand, is a type of asexual reproduction that occurs in certain single-celled organisms, such as protozoa and some algae. During multiple fission, the organism's cell divides multiple times, resulting in the formation of many identical daughter cells. It is also known as schizogony or schizony.
In summary, regeneration is the process of regrowing lost or damaged body parts, while multiple fission is a type of asexual reproduction in which a single cell divides multiple times to produce many identical daughter cells.
