Answer:
The largest particle is the polymer, formed by several subunits called monomers.
Explanation:
A polymer is a complex molecule formed by the union of several simple molecules, called monomers.
Examples of polymers are proteins, whose monomers are amino acids, or polysaccharides that are formed by the union of monosaccharides.
The reason a polymer is a longer particle is because it can be formed by the other structures:
Electrons are part of the atoms. Atoms join together to form molecules. Monosaccharides are molecules.When monosaccharides joined together can form polysaccharides, a type of polymer.
A population of bats feeds on flying insects. Some of these bats have a gene that results in much stronger flight muscles than those of the other bats in the area. Explain how this variation could lead to evolutionary change within this species of bat. In your answer, be sure to include an explanation of
Complete question:
A population of bats feeds on flying insects. Some of these bats have a gene that results in much stronger flight muscles than those of the other bats in the area. Explain how this variation could lead to evolutionary change within this species of bat. In your answer, be sure to include an explanation of
Competition within the bat populationSurvival of various individuals within the bat populationHow the frequency of the trait for stronger flight muscles would be expected to change within the bat population over time.Answer:
Animals with the gene of stronger muscles are better competitors, which means more chances to survive and to reproduce. When they reproduce they pass the gene to the progeny, increasing the allele frequency in the population, probably until fixating it.
Explanation:
Within a population occurs competition among individuals for different resources such a food, territory, refuge, access to females, among others. Feeding habits result in a very important factor that models the species structures, and that might even result in the differentiation of the species into subspecies. Competition for food acts as pressure for animals leading them to develop new strategies for food access. In the exposed example, one of these new strategies is related to a better flight, which is possible due to the gene that results in much stronger flight muscles. Individuals that develop stronger flight muscles are more competitive and probably improve their social status, not only because they can get access to more and better food, but also because this means a better genetic charge which makes them better for mating. These animals have more chances to survive and reproduce: they are stronger and they feed better than the other individuals. The stronger flight muscles are not only useful for feeding, but also for avoiding predators, and for competition. Animals with this gene probably live longer.
Natural selection is the result of the phenotype-environment interaction which determines gene destiny in space and time, selecting beneficial alleles and increasing their frequency in the population. The mutation in the gene of muscle development turns to be beneficial for the species. Animals that carry the gene have more chances to mate and reproduce, and hence to pass the gene to the progeny. In this way, the allelic frequency will increase within the bat population over time.
The study of an environment is called ecology.
The difference in the genes in the given population is called variation and this variation leads to the formation of a new character that has a higher chance of surviving in nature.
These variants have the tendency to choose naturally for the environmental condition.
According to the question, if the bats have the stronger muscle to fly they will reach the prey easily and eat them, before the slow-flying.
This leads to increase competition and the inferior species will extinct due to the higher rate of competition.
Hence, the fast-flying bats are selected naturally and inferior species will extinct.
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What would happen if we did not have Start Codons?
A. Polypeptide chains would continue to grow
B. Protein synthesis wouldn't occur
C. Amino acids would bind to tRNA
D. mRNA would form a double strand
Answer:b
Explanation:
Without the presence of start codons, Protein synthesis would not occur. Option B is correct.
In the synthesis of proteins, codons are referred to as the genetic codes that represent each of the amino acids that form the protein. These codes are in groups of three base nucleotides. The mRNA or messenger is the carrier of the code that will be responsible for the production of a certain protein.
A start codon is a three-base pair of nucleotides that holds the code needed to initiate the protein synthesis. The most common start codon in humans is AUG. Without the start codons, mRNA would still be taken to the ribosomes for protein synthesis but the process would not be able to begin.
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In some organisms, such as certain fungi and algae, cells undergo the cell cycle repeatedly without subsequently undergoing cytokinesis. What would result from this
Answer:
large cells containing many nuclei
Explanation:
Cell cycle is also known as cell division. Cell division or the cell cycle is defined as the continuous series of the events which takes place in a cell which causes it to divide them into daughter cells and grow.
Whereas in animal cells, Cytokinesis refers to the physical cell division process where the cytoplasm of a parent cell divides into two daughter cells.
Some organisms like the algae and certain fungi, they undergo cell cycle of division continuously and repeatedly without undergoing the process of cytokinesis due to the parent cell containing many nulcei in its cytoplasm as compared to other organisms.
Answer:
large cells containing many nuclei
Explanation:
i got it right
Which are the oldest layers of rock?
at bottom of strata
at top of strata
in middle of strata
2nd layer of strata
Answer:
Its the bottom because its located in the bottom
Explanation:
a basic law of geochronology, stating that in any undisturbed sequence of rocks deposited in layers, the youngest layer is on top and the oldest on bottom, each layer being younger than the one beneath it and older than the one above it.
Ok if I have an infected tooth and its swollen should the dentist pull it or should i take antibiotics for a week and then get it pulled its a baby tooth :(
b) Explain how a farmer could use selective breeding to breed pigs which are very docile in
nature.
Answer:
The correct process would be :
Choose pigs that are the most docile to breed from.
In the next generation only choose docile pigs to breed from.
Carry this on for many generations until all the pigs in the herd are docile.
Explanation:
Selective breeding is the process of breeding specific parents to get specific of desired characterstics in offspring organism or crops. The selective breed takes place by selecting. It is a process that used for many years.
breeding pigs with docile characteristics would involve:
Choose pigs that are the most docile.
Breed these pigs to produce docile pigs
In the next generation only select or choose docile pigs to breed from.
repeat the process for many generations until all the pigs in the herd are docile.
7. The cell membrane serves many functions. One of the cell membrane's functions is to help the cell maintain
homeostasis. Which of the following statements best supports this claim?
a. The cell membrane contains a polar region and a nonpolar region.
b. The cell membrane contains proteins.
c. The cell membrane contains phospholipids.
d. The cell membrane regulates what goes in and out of the cell.
Answer:
The correct answer is - d. The cell membrane regulates what goes in and out of the cell.
Explanation:
The cell membranes are the organelle that surrounds the cell and acts as a barrier for the cell that plays various roles in the cell including regulation of the substances and matter moves in and out of the cell.
This function of allowing selective substances and ions to enter and exit the cell helps to maintain the homeostasis of the cell. This ability is comes from the structure of the cell membrane which is the bilipid membrane.
In one year, 35 giraffes are born to a population. What does this number represent?
Answer:
It is meant to say that there is less population of giraffe in Jungle.
Explanation:
If there was 35 giraffes are born to a population in 1 day than tthere is more population. But in question said that in a year.
what do the shrimp and fish gain from the shrimp cleaning the fish mouth? why doesn’t the fish eat the shrimp ?
Answer:
Cleaner shrimp get their name from a cleaning symbiosis they have with client fish, in which the shrimp clear parasites off the fish. The shrimp profit from the parasites being removed from the fish, while the fish profit from the parasites' nutritional content.
Explanation:
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Please mark me as Brainlinieast.
An igneous rock contains one half of its original amount of K(potassium)-40. how old is the rock
Answer: 1.251 billion years
Explanation: The half-life of potassium 40 is 1.251*10^9 years. Since in the igneous rock there is one half of potassium left it means only one half-life has passed.
A protein containing more than one polypeptide chain exhibits the ________ level of protein structure.
Answer:
D.)quaternary
A ______________ stain uses only one dye to enable the viewer to observe the size, shape, or arrangement of cells A ______________ stain uses only one dye to enable the viewer to observe the size, shape, or arrangement of cells Gram stain Simple stain Endospore stain Capsule stain
Answer:
Simple.
Explanation:
A cell can be defined as the fundamental or basic functional, structural and smallest unit of life for all living organisms. Some living organisms are unicellular while others are multicellular in nature.
A unicellular organism refers to a living organism that possess a single-cell while a multicellular organism has many (multiple) cells.
Cell staining can be defined as a method used by scientists to view the cells of living organisms and its cellular components with the aid of microscope.
A simple stain uses only one dye to enable the viewer to observe the size, shape, or arrangement of cells. It typically involves the process of soaking a smear (thin film of living microorganisms) in dye and then rinsing it afterwards in order to visualize size, shape or arrangement of cells and other cell organelles such as mitochondria, cytoplasm, nucleus, golgi apparatus etc.
If a mother and father are both heterozygous for Brown hair (B) over blond hair (b), what will their offspring look like? on a punnett square?
Answer:
My best answer is domaint hope this helps
Explanation:
Answer:
domanit is your answer. hope this helps
Summarize how plants get energy
Answer:
Plants convert energy from sunlight into sugar in a process called photosynthesis.
Explanation:
Photosynthesis uses energy from light to convert water and carbon dioxide molecules into glucose (sugar molecule) and oxygen
Answer:
Plants convert energy from sunlight
Explanation:
What makes proteins with different functions differ from each other?
the order of the amino acids in them
the bonds that join the monomers
the amount of carbon, oxygen, and hydrogen contained in them
the types of fatty acids in them
Answer:
the order of the amino acids in them
Explanation:
Each protein has its own unique sequence of amino acids and the interactions between these amino acids create a specify shape. This shape determines the protein's function, from digesting protein in the stomach to carrying oxygen in the blood.
It’s Friday the 14th. Burt’s mouth is dry. Burt’s hands are sweaty. Burt’s heartbeat has increased. In response, Burt is experiencing the emotion of “fear.” What theory of emotion is Burt displaying?
A. Schachter-Singer Theory
B. James-Lange Theory
C. Cannon-Bard Theory
Answer:
i think its b
Explanation:
The theory of emotion that Burt should display is to be considered as the James-Lange Theory.
What is James-Lange Theory?It is recommended that the emotion should have resulted in a physical change in the body.
Here the response of the body towards the emotional event should be done like sweating, etc.
Since Burt is experiencing the emotion of “fear.
So here option b is correct.
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The energy from sunlight is used during photosynthesis to
Answer:Plants use a process called photosynthesis to make food. During photosynthesis, plants trap light energy with their leaves. Plants use the energy of the sun to change water and carbon dioxide into a sugar called glucose. Glucose is used by plants for energy and to make other substances like cellulose and starch.
Explanation:
how many approaches are there in psychology what are they?
Which of the following statements accurately denotes the frequency of expression of dominant and recessive traits?
A. Dominant traits = always / Recessive = never
B. Dominant traits = never / Recessive = sometimes
C. Dominant traits = always / Recessive = sometimes
D. Dominant traits = sometimes / Recessive = sometimes
Answer:
Dominant = Always / Recessive = Sometimes
Explanation:
I don't know how to explane this but my teacher thought me if it's Dominant it always Recessive in another way of sometimes.
The frequency of expression of dominant and recessive traits can be Dominant traits = always / Recessive = sometimes.
According to the question if there is self cross TT×tt then there is TT, Tt, Tt and tt, which means there is a 75% possibility of dominant trait and 25% recessive.
How Dominant and Recessive traits are different from each other?
Dominant traits are always described when the related allele is dominant, even if only one copy of the dominant trait exists. Recessive traits are expressed only if both the connected alleles are recessive.
Thus, the option "C" Dominant traits = always / Recessive = sometimes.
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2. Do you think it is possible for one biome to turn from one type into another? Explain a situation where this might happen.
IT HAS AN IMAGE SO ANSWER MY QUESTION IM STUCK ON THIS DAM N QUESTION
A sequence of RNA is shown below:
5′ AUG GGG AAG UGU UGG 3′
Using the codon chart, what is the sequence of amino acids that is produced when this RNA is translated?
Choose 1 answer:
Choose 1 answer:
(Choice A)
A
Met - Gly - Asn - Cys - Tyr
(Choice B)
B
Ile - Gly - Lys - Trp - Stop
(Choice C)
C
Met - Gly - Lys - Cys - Trp
(Choice D)
D
Tyr - Pro - Phe - Thr - Thr
Answer:
its c hun
Explanation:
70 POINT QUESTION-!
(Marcus is the parent dad, and Olivia is the parent mom. Violet, Jonas, Nathan, and Claudia are the children. Total of 6 people in the family. Please answer each question carefully.)
Marcus's genotype for eye color is bb. Olivia has brown eyes, but she is heterozygous for the trait.
Questions: (have an answer for each question)
What percentage of the children have blue eyes?
If Violet has green eyes and Jonas has brown eyes, what is Claudia's genotype?
How many people in the family have blue eyes?
Please answer correctly, thank you in advance <3
Answer:
50% of children will have blue eyes
Claudia's genotype is bb
3 people
Explanation:
Answer:
the answer for the first one is 100% b is probaly
a hybird or something and for c its 4 people
based on the data for the groups of cells cultured with 0.1 serum (groups 3 to 7), identify which of the four proteins tested do(does) not appear to play a role in blocking cell cycle entry by fibroblast
Answer:
p18, p21 and p27
Explanation:
Four proteins have been obstructed in this investigation and the concentration of DNA synthesis was evaluated in various cell cultures and seeing which proteins could play a significant role in the cell cycle.
How does the kinetic energy of particles change as heat is added to an object?
The light reactions of photosynthesis generate high-energy electrons, which end up in __________. The light reactions also produce __________ and __________. View Available Hint(s)
Answer:
dang it I forgot this one so someone else help this person out!!
In the last step of DNA replication, what does
the DNA polymerase do?
Answer:
Enzymes known as DNA polymerases are responsible creating the new strand by a process called elongation. ... DNA polymerase then adds pieces of DNA, called Okazaki fragments, to the strand between primers. This process of replication is discontinuous as the newly created fragments are disjointed.
Explanation:
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The diagram below shows four consecutive moon phases.
Which of the following diagrams shows the next four moon phases in the correct order?
Answer:
i took the test and i put G and got it right its just what ur teacher is looking for
Explanation:
What are consumers? Please I need help
please what is the adaptive behaviour of a mosquito
When reproducing, Robins (a species of bird) typically lay four eggs. Laying more eggs might result in malnourished chicks and laying fewer eggs might result in no viable offspring. This is an example of
Answer:
stabilizing selection
Explanation:
The illustration is an example of stabilizing selection.
Stabilizing selection is an evolutionary mechanism in which the extremes of traits are selected against, leading to an increase in the frequency of such traits in the population.
Laying too many eggs would lead to reduced fitness of the population of the bird as a result of malnutrition while laying too few eggs would lead to a reduction in the population. Reproduction needs to be optimized for maximum fitness.
There are different types of natural selection. One of them is stabilizing selection that favors the intermediate phenotype. The exposed scenario is an example of stabilizing selection.
Balancing selection, also called Stabilizing selection, decreases the frequency of individuals with extreme traits, and favors individual that exhibit medium-range characteristics, that gets to survive. Selective pressure is against h0m0zyg0tes, promoting genetic diversity. Genes expressing extreme characteristics in a h0m0zyg0sis are kept in a heter0zyg0us state, as a favorable adaptation to environmental conditions. In a graph, you will see that
→ The curve gets higher and thinner in the middle of the horizontal axe, indicating an increase in the heter0zyg0us genotype frequency.
→ The tails of the curve that coincides with h0m0zyg0us dominant and recessive genotypes frequencies will be near zero.
In the exposed example,
laying more than four eggs and less than four eggs are extreme phenotypes. laying four eggs is an intermediate favored phenotype.
The intermediate phenotype results in the species' fitness increase, so it is favored by natural selection.
Laying four eggs leads to well-nourished chicks, and all of them get to survive. Parents ensure their reproductive success.
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