In one species of bird, there are three varieties of feather color. What is this an example of?
ecosystem diversity
species diversity
genetic diversity
color diversity
Answer:
The answer is C, genetic diversity.
Explanation:
The three varieties of feather color is an example of genetic diversity.
WHAT IS GENETIC DIVERSITY?Genetic diversity is the variation that occurs within the genetic material of organisms.
The genes are responsible for the phenotypic expression of traits.
Three varieties of feather color in a poultry animal is an example of diversity in the genetic content.
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1. You have a cell with 26 chromosomes. It is undergoing meiosis. There will be _______ number of daughter cell that will be produced and each daughter cell will have __________ chromosome.
Please help me fill in the blanks
Answer:
2 number and 46 chromosomes
Billy says that when he drinks liquid goes down one tube and when he eats, food goes down another tube.
What did he say that is wrong?
What is the correct statement?
What are the facts you'd use to correct him?
Answer:
Food and water go down the same tube which is called the esophagus.
The Krebs cycle sustains itself as long as ___________ & ____________ are present
Answer:
Oxygen and pyruvate.
Explanation:
The krebs cycle is a stage of cellular respiration and occurs in aerobic organisms. In this case, we can say that the Krebs Cycle only occurs in the presence of oxygen, being essential for the completion of cell respiration.
The Krebs cycle only occurs after the completion of glycolysis, as it needs to be initiated by pyruvate, which is a molecule resulting from glycolysis. In this case, in addition to oxygen, the presence of pyruvate is essential for the krebs cycle to occur.
A food development company is interested in making on-the-go powder-based snacks in which consumers can "just add water" before eating. During market tests there are complaints that the powder does not dissolve well in water.If you were a food scientist, how might you modify the formula so that it will more easily dissolve in water? Provide your answer in 1-2 complete sentences.
The correct answer to this open question is the following.
Although there are no options attached we can comment on the following.
I might modify the formula so that it will more easily dissolve in water in the following way. I would ask my scientist in the laboratory to modify the formula. To make the formula more soluble when it makes contact with water, the addition of polar hydrophilic side groups to the molecule will help the formula to be soluble.
That is why it is very important to do focus groups to taste the product before launching it commercially and send the product to the stands of supermarkets, pharmacies, or grocery stores. If it is not previously tasted, you could encounter many difficulties. Furthermore, the FDA requires the best quality of the product so you have to make sure it works as it says in your advertisement.
. Can plants produce other sugars as well? Explain.
Plants produce sugar and oxygen in a process called photosynthesis, by using sunlight, water, and carbon dioxide. ... In a two-step process, plants obtain chemical energy from sunlight. The collected energy is used in a second reaction to produce the sugar glucose
Which of the following is not used during photosynthesis
Water
Solar energy
Oxygen
Carbon dioxide
Answer:
I think it's oxygen. Sorry if i'm wrong!
Answer:
I believe the answer is oxygen
Explanation:
because oxygen is produced and used
Name six desired properties when engineering protein.
Answer:
Site saturation mutagenesis is a PCR based method used to target amino acids with significant roles in protein function. The two most common techniques for performing this are whole plasmid single PCR, and overlap extension PCR. Whole plasmid single PCR is also referred to as site directed mutagenesis (SDM).
Explanation:
Protein engineering can be defined as the modification of protein structure with recombinant DNA technology or chemical treatment to get a desirable function for better use in medicine, industry and agriculture. Protein engineering is the process of developing useful or valuable proteins.
Which location on the graph represents a star that would most likely have a reddish color?
A
B
C
D
Answer:
I believe the answer is D
Explanation:
I did some research and found that red dwarfs are stars that appear red, although this red color is too dim to be seen with the naked eye.
I used this image as a guide:
What are the magnification abilities of each of the objective lenses? What is the total magnification whenusing each objective?a.Scanning (small lens), red ring = b.Low-power (medium lens), yellow ring =c.High-power (large lens), blue ring =d.Oil immersion (largest lens), white ring =
Answer and Explanation:
Scanning Objective Lens (4x): it has a low magnifying power. It is used to make scanning scanning analyzes, can be used in conjunction with a 10x ocular lens, expanding its magnification to 40x
Low Power Objective (10x): It is efficient for analysis on glass slides and is one of the most used lenses due to its high adaptability. Provides a very close view of the user.
High Power Objective Lens (40x): It allows a much closer view because it has high power. It allows the visualization of fine and delicate details.
Oil Immersion Objective Lens (100x): provides powerful magnification, allowing many details to be observed. It can be combined with an eyepiece lens, expanding its magnifying capacity. It needs to be dipped in oil to work properly.
Answer:
Magnification abilities of each of the objective lenses are 4x, 10x, 40x, and 100x.
a) Scanning = 4x
b) Low-power = 10x
c) High-power = 40x
d) Oil immersion = 100x
Explanation:
Hope it helps:)
Choose the correct makeup of a haploid set and the correct makeup of a diploid set.
a. Red chromosomes make up a diploid set.
b. All red and blue chromosomes together make up a haploid set.
c. Blue chromosomes make up a diploid set.
d. All red and blue chromosomes together make up a diploid set.
e. The chromosomes of one colour make up a diploid set.
f. The chromosomes of one colour make up a haploid set.
Answer:
d. All red and blue chromosomes together make up a diploid set.
f. The chromosomes of one color make up a haploid set.
Explanation:
There are two principal types of cells in the organism:
Diploid cells (2n) Somatic diploid cells (2n) reproduce by the process of mitosis and produce two diploid cells. These cells have a set of chromosomes inherited from the maternal side and another homologous set of chromosomes inherited from the paternal side. This is why the number of chromosomes in these double sets of the somatic cells is diploid, 2n. Germ diploid reproductive cells (2n) also reproduce by mitosis and produce two diploid cells. But can also reproduce by the process of meiosis, suffering a reduction in the number of chromosomes and producing four haploid cells (n). Haploid cells (n)Gametes are the product of germ cell division by meiosis and contain half the number of chromosomes that are in the somatic cells. They have only one set of chromosomes, n (haploid). Their destiny is to merge in the process of fecundation, during which a new diploid cell called the zygote emerges through fertilization. The zygote is a complete diploid cell that suffers successive mitosis and forms a new organism.
- So, through meiosis, the diploid germ cell (2n) produces four haploid cells (n) that are the gametes.
- Through fecundation or fertilization, two gametes (n) merge and produce a diploid cell (2n) that is the zygote.
In the example, red chromosomes belong to one gamete, and blue chromosomes belong to the other gamete, So
a. Red chromosomes make up a diploid set. False, they make up a haploid cell because they only are a single set of chromosomes.
b. All red and blue chromosomes together make up a haploid set. False. They come from two different gametes, which are haploid, so together they make up a diploid cell.
c. Blue chromosomes make up a diploid set. False, they make up a haploid cell because they only are a single set of chromosomes.
d. All red and blue chromosomes together make up a diploid set. TRUE. When both gametes merge (blue chromosomes + red chromosomes) they form a diploid cell.
e. The chromosomes of one color make up a diploid set. False. Nor red or blue chromosomes by themselves can make up a diploid cell, because they are a single set of chromosomes.
f. The chromosomes of one color make up a haploid set. TRUE. One gamete, with one single set of chromosomes, either red or blue, are haploid cells.
Why do animals become adapted to their environments?
Answer:
An adaptation is a way an animal's body helps it survive, or live, in its environment. Camels have learned to adapt (or change) so that they can survive. Animals depend on their physical features to help them obtain food, keep safe, build homes, withstand weather, and attract mates.
Explanation:
:)
Answer:
All organisms need to adapt to their habitat to be able to survive. This means adapting to be able to survive the climatic conditions of the ecosystem, predators, and other species that compete for the same food and space. ... An animal may adapt to its habitat in different ways.
Explanation:
Xavier listed the steps involved when sponges take in food and oxygen. 1. Water is drawn in through pores and enters the central cavity. 2. Food is filtered and digested. 3. Water leaves through an opening at the top of the body. Which describes the missing step? Oxygen is removed from the water before step 3. Oxygen is removed from the water after step 3. Tentacles sting and paralyze prey after step 1. Tentacles sting and paralyze prey before step 1.
Answer:
the answer is c
Explanation:
Answer:
A
Explanation:
(K12) Question 5 (1 point)
Parasitic fungi get their food by ____________.
Question 5 options:
not harming the host, but not helping it.
absorbing dead or decaying organisms.
harming the host.
helping the host.
I'm not exactly sure why the other person put HELPING the host- THEY DON'T HELP AT ALL. They actually harm the host.
Hope this helps-Which of the following structures has cells that are dead when they are fully functional?
What makes up the central nervous system?
Answer:
The Central Nervous system is made out of spinal cords that connect to the brain.
Explanation:
Brain and spinal cord
30 extinct species name
Answer:
Dodo.
Great Auk.
Stellers Sea Cow.
Tasmanian Tiger.
Passenger Pigeon.
Pyrenean Ibex.
Baiji White Dolphin.
West African Black Rhinoceros.
Woolly Mammoth
Sabre-toothed Cat
Desert rat-kangaroo
Tasmanian tiger, or Tasmanian wolf
Toolache wallaby
Desert bandicoot
White-footed rabbit-rat
Bulldog rat
Aurochs
Red gazelle
Schomburgk's deer
Falkland Islands wolf,
Sea mink
Japanese sea lion
Caribbean monk seal
Giant fossa
Madagascan dwarf hippopotamus,
Bluebuck
Jamaican monkey
Will it be enough????
define a reflex action
Answer:
A reflex, or reflex action, is an involuntary and nearly instantaneous movement in response to a stimulus. A reflex is made possible by neural pathways called reflex arcs which can act on an impulse before that impulse reaches the brain
Explanation:
Vote brainiest
i-261-465-6691
p-0000
Answer:
UH HELLO AND I APPRECIATE THIS SO THANK YOU AND HAVE A NICE DAY FOR THE POINTS EVEN DO IT IS NOT MUCH
Explanation:
Red flowers (allele CR) are incompletely dominant over white flowers (allele CW), resulting in three possible phenotypes: red, pink, and white flowers. Both parents express pink flowers.
a. What is the genotype of the parents? ______ and _____
b. What is the gametes coming from both the parents? _____
c. What is the probability of having pink flower in the offspring? _______
d. What is the probability of having white flower in the offspring? _____
Answer:
answer below
Explanation:
a. What is the genotype of the parents? dna and genes
b. What is the gametes coming from both the parents? Child seeds
c. What is the probability of having pink flower in the offspring? High/30%
d. What is the probability of having white flower in the offspring? low/93%
What letter is the second layer of the rock?
Answer:
Soil is a basic and fundamental natural resource, which took millions of years in its formation, resulting from the processes of disintegration and decomposition of rocks due to weathering. As much as many rocks, due to their hardness levels, seem indestructible, they all end up decomposing, even if slowly. Weathering is the general process that causes the deterioration of rocks. He is responsible for producing all the clays, all soils and dissolved substances that end up carried by rivers to the oceans. We can subdivide it into two types: chemical weathering and physical weathering. The first occurs when the minerals of a given rock undergo a chemical alteration or dissolution – and here the action of water is very important. The second occurs when there is a fragmentation of solid rock, through mechanical processes that do not change its chemical composition. Both reinforce each other. The smaller the pieces of rock created by physical weathering, the greater the surface for chemical weathering to act.
Rocks, reduced in particles through weathering, can accumulate as soil or, through erosion, be transported or deposited in the form of sediments somewhere else. Erosion is then defined as the process in which weathered materials (i.e., dismantled into smaller mineral fractions) are displaced or removed from their origin, usually by the action of water or air currents. A third geological process that should be mentioned is the dispersion of mass, which usually moves in isolated events, downhill, terrestrial materials modified or not by weathering, including large fragments of unchanged rocks.
Explanation:
1. Which best describes an organ system?
A. It is made up of similar cells.
B. It is made up of similar tissues.
C. It is made up of different organs
D. It is made up of different organism.
2. Which of the following is composed of tissues that come together to perform a specific function?
A. Cell
B. Organ
C. Organ system
D. Organism
3. Which of the following is a group of similar cells that perform a particular function?
A. Organ
B. Organ system
C. Tissue
D. Organism
4. What is the simplest level of organization in a organism?
A. Organ
B. Organ system
C. Tissue
D. Cell
5. An organ system is a group of organs which _____.
A. Are made of similar cells
B. Are made of similar tissues
C. Is a specific part of the body
D. Work together to perform interrelated function
Based on your results in phase 3, which test tube(s) originally contained starch? Select all that apply.
Tube A
Tube B
Tube
Tube D
Answer:
Tube B
Tube D
Explanation:
Test B contained extracts of potato. The peels of potato contains starch. When the solution is introduced with potato peels the color changes from blue to black. This indicates that test tube B contains starch. In test tube D iodine test is conducted to identify the presence of starch in natural minerals.
The function of pure lines: ?
Answer:
The definition of a pure line is a result of inbreeding where animals or plants have certain characteristics that are the same through generations. An example of a pure line is the result of inbreeding of a certain flower to help it fight off diseases.
This cell organelle can be found in plants and animals and is the site where cellular respiration happens??
Answer:
mitochondria
Explanation:
the enzymatic reactions of cellular respiration begin in the cytoplasm , but most of the reactions occur in the mitochodria
PLSS HELP!!
explain in detail different types of receptors
Answer:
Chemoreceptors detect the presence of chemicals. Thermoreceptors detect changes in temperature. Mechanoreceptors detect mechanical forces. Photoreceptors detect light during vision.
I hope it's helpful!
help please asap
Directional selection differs from stabilizing selection in that:
a.Directional selection favors one extreme phenotype, whereas stabilizing selection favors intermediate over extreme phenotypes
b.Directional selection requires new mutations whereas stabilizing selection uses existing variation
c. Directional selection operates only in small populations, whereas stabilizing selection only works in large populations
d. they both do nothing, these are terms I made up while writing this retake
Answer:
a. Directional selection favors one end of the phenotype distribution, whereas
stabilizing selection favors intermediate over extreme phenotypes
Explanation:
Directional selection is called directional because it favors one phenotype over another, and stabilizing selection finds a balance between phenotypes.
Directional selection differs from stabilized selection in that it prioritizes one end of the phenotypic distribution, but stabilized selection prioritizes the middle over extreme phenotypes.
What is phenotype selection stabilization?The stabilized choice is the opposite of a destructive choice. Prefer intermediate varieties rather than individuals with extreme phenotypes. Stabilization of choice tends to remove more serious phenotypes and results in reproductive success of standard or average phenotypes.
What is an example of a stabilization choice?Stabilization of selection If the evolutionary pressure selects for two extremes of the trait, the population experiences stabilization of selection. For example, plant height can be affected by stabilizing choices. Plants that are too small may not be able to compete with other plants for sunlight.
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What is the answer to number 9 please help me smart people experts only answer this
Answer:
If NYC means New York City, then the answer is True.
What are the 4 classes of organic molecules and their functions?
Corn kernels can be high in starch (starchy) or high in sugar (sweet). The allele for starchy kernels (H) is dominant to the allele for sweet kernels (h). Each kernel on an ear of corn represents an individual offspring. A particular ear of corn has 92 starchy kernels and 88 sweet kernels. What are the MOST likely genotypes of the parent corn plants that produced this particular ear of corn?
Answer:
Hh, Hh
Explanation:
The allele is the two or more variants of a specific trait present on the genes of the organism that is responsible for giving a particular physical and genetic attribute. The allele can be dominant or recessive.
The most likely genotype of the parent is Hh and hh.
How to know the genotype of the parent plant?The genotype of the parent plant can be estimated by crossing the heterozygous F1 generation with the recessive purebred parent plant. This type of cross is called a test cross.In the question, the offspring with the starchy and the sweet kernels is approximately in a 1:1 ratio. The offspring can be heterozygous dominant for the starchy kernel and purebred recessive for the sweet kernel.The heterozygous dominant offspring is crossed with the recessive purebred parent plant and will give the genotype.Thus, the genotypes are Hh and hh.
Learn more about test cross here:
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