The frequency of the heterozygotes in the given population is 2pq which is O.32, where p represents the dominant allele for a trait and q represents the recessive allele for that trait.
What do you mean by Heterozygotes?The heterozygotes may be defined as the presence of two different alleles at a particular gene locus.
In the given population, the frequency of the q allele = 0.2.
Then, according to Hardy-Weinberg genetic equilibrium, the frequency of the p allele = 1 - 0.2 = 0.8.
∴ The frequency of heterozygotes, 2pq = 2×0.8×0.2 = 0.32.
Therefore, the frequency of the heterozygotes in the given population is 2pq which is O.32.
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the combination of two forces exerted in opposite direction is what
A. sum of the two forces
b. difference between the two forces
c. product of the two forces
d. ratio of the two forces
Answer:
difference between the two forces option B is the correct answer of the statement
How did Mendel do to pollinate the pea plants?
Name the chemical signals which ants use to send messages to other ants.
Answer:
The most important way that ants communicate with other colony members is through unique chemicals called pheromones. Using their antenna to “smell” the pheromones, ants can communicate everything from colony activity to where food is located.
Explanation:
Can you identify the structures of the human digestive system?.
Answer:
The main organs that make up the digestive system (in order of their function) are the mouth, esophagus, stomach, small intestine, large intestine, rectum and anus. Helping them along the way are the pancreas, gall bladder and liver. Here's how these organs work together in your digestive system.
How is the dormant form of rickettsia rickettsii activated?.
Answer:
The bacteria are activated through exposure to acids in the gut of the Dermacentor tick. The bacteria are activated after the tick feeds on a host for several hours. The bacteria are activated when the tick reaches its adult stage.
Explanation:
Why is water wet?
And what happens after we die?
Prime here ready to answer your question <3
Answer:
Water is wet because its viscosity is low
second We dont know what happens when we die
Explanation:
Yw, have a great day
-prime
Water is wet because its viscosity is low.
What is viscosity?Viscosity is a metric for a fluid's flow resistance. It speaks of the internal friction of a fluid in motion.
A fluid with high viscosity resists motion due of high internal friction caused by its molecular structure. Low viscosity fluids flow freely because their molecular structure causes little to no friction when they are in motion.
The thickness of a fluid is another name for viscosity. You can picture honey and low-viscosity water (high viscosity). However, when considering fluids with varying densities, this concept can be unclear. The interaction of the various molecules in a fluid results in viscosity at the molecular level.
Therefore, Water is wet because its viscosity is low.
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In 2001, scientists found a fossilized skeleton from about 110 million years ago. The fossil resembled a modern crocodile in virtually every way, except for one: The fossil was 40 feet long, which is almost twice as long as the largest modern crocodile ever found. From this discovery, scientists concluded that
We can confirm that scientists used this discovery to conclude that crocodiles evolved to be smaller over time.
Why would small size help Crocodiles?Over time, many animals on the Earth evolved to smaller sizes. This made large predators unlikely to survive as they would need to hunt much more often than that of smaller predators in order to sustain themselves. This along with an increase in mobility explains some of the reasons why it was beneficial for crocodiles to evolve to be smaller over time.
Therefore, we can confirm that scientists used this discovery to conclude that crocodiles evolved to be smaller over time.
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which of these would lead to an increase in carbon dioxide in the atmosphere? Select the TWO (2) that apply
1.a decrease in respiration
2.a increase in respiration
3.a decrease in photosynthesis
4.a increase in photosynthesis
What differences would you expect to observe between an igneous intrusion into sedimentary rock and an igneous rock where sedimentary rock had formed on top of it?
(that is the question- there are no ABC answers. this isn't on eguenity)
I'm not sure, sorry.
I would recommend asking a trusted adult or teacher.
2) Nichelle was wearing a bright red shirt in a very dark room. What color
did her shirt appear to the people with her in the room?
-0)
A) green
B) black
C) purple
D) dark read
PLEASE HELP 20 POINTS DUE
Answer:
bacteria
Explanation:
Jayne's science class is doing a laboratory investigation on cells. Her teacher gives them each a cotton swab to collect cheek cells from their mouths. They then smear the cheek cells onto a glass slide and look at the cells under a microscope.
What can Jayne expect all of her cheek cells to contain?
A.
a cell wall
B.
a nucleus
C.
a chloroplast
D.
all of these
Answer:
B. a nucleus
Explanation:
cell walls and chloroplast are both found in plant cells, not in animal cells
Answer:
Explanation:
A nucleus because a cell wall and a chloroplast are found in plant cells.
what is it called if a large mass of rocks is sliding downa slope
Answer: rock avalanche
Explanation: hope it helps
A flower population that originally ranges from white to red becoming mostly pink over several generations is an example of what type of selection
A flower population that originally ranges from white to red becoming mostly pink over several generations is an example of stablizing.
What is an example of disruptive selection?Light-colored oysters would blend into the rocks in the shallows, and the darkest would blend better into the shadows.
The ones in the intermediate range would show up against either backdrop, offering those oysters no advantage and make them easily.
Thus, several generations is an example of stablizing.
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When is ozone considered a pollutant? a. in the stratosphere b. in the mesosphere c. in the troposphere d. in the thermosphere please select the best answer from the choices provided a b c d
Answer:
in the troposphere
Answer:
c. in the troposphere
Explanation:
correct ed2022
25. A nerve fiber that conducts impulses toward muscles and glands is called a __________ fiber. A nerve that conducts impulses toward the brain and spinal cord is called a __________ fiber.
Answer:
A nerve fiber that conducts impulses toward muscles and glands is called a _____motor_____ fiber. A nerve that conducts impulses toward the brain and spinal cord is called a ______afferent____ fiber.
A nerve fiber that conducts impulses toward muscles and glands is called a motor neuron fiber. A nerve that conducts impulses toward the brain and spinal cord is called a sensory nerve fiber. Both are important for the proper functioning of the body.
What are sensory and motor nerve fibers?The sensory nerve fibers send the stimulus in the form of an impulse from the sensory organs to the spinal cord, where the sensory organs can be skin, eyes, etc. An example is when a person sees a dog coming towards them, and the sensory nerve fiber that is associated with the eye sends the signal from the eye to the spinal cord. The spinal cord takes proper action by sending the motor nerve fibers to the effector organ, which is the leg muscle. In this case, the individual will run.
Hence, A nerve fiber that conducts impulses toward muscles and glands is called a motor neuron fiber. A nerve that conducts impulses toward the brain and spinal cord is called a sensory nerve fiber.
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Of the four classes of tissues______tissues are the most abundant, widely distributed and histologically variable of the primary tissues.
Epithelial tissues are the most abundant, widely distributed, and histologically variable of the primary tissues.
What is epithelial tissue?The epithelium is a type of tissue that is present in the covering on all internal and external surfaces of your body and also present in glands.
So we can conclude that epithelial tissues are the most abundant, widely distributed variable of the primary tissues.
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In what form does oxygen travel in the blood? What form
of carbon dioxide?
Answer:
Oxygen is carried both physically dissolved in the blood and chemically combined to hemoglobin. Carbon dioxide is carried physically dissolved in the blood, chemically combined to blood proteins as carbamino compounds, and as bicarbonate.
Explanation: hope this helped :)
Which of the following factors has the greatest effect on blood pressure?
blood volume
blood pH
blood oxygen levels
blood glucose levels
Answer:
Blood oxygen levels I think I'm not sure
If a plant cell completes the cell cycle in 24 hours, how many plants cells will be produced in a week?
(With explanation)
Answer:
The correct answer is 128 cells
Explanation:
The explanation is in the picture there
Small molecules that allow communication between cells of the immune system and regulate the growth or activation of white blood cells are known as
what is a function of cardial muscle
The principle hormones produced by the thyroid gland are:.
The principle hormones produced by the thyroid gland are:. T3 (tri-iodothyronine) and T4 (thyroxine).
What is thyroid gland?Thyroid gland is two globular structure present in the neck. This gland produce growth hormone. It is an endocrine gland.
The thyroid hormone helps in regulating the use of energy by the body. These hormones help in growth and development of the body.
Thus, the hormones are T3 (tri-iodothyronine) and T4 (thyroxine).
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Mutations and genes regulations
Explanation:
who many chambers does the heart has
True or False: All antibiotics work the same by attacking the cell membrane of bacteria.
A. True
B. False
Answer:
True
Explanation:
Many antibiotics, including penicillin, work by attacking the cell wall of bacteria. Specifically, the drugs prevent the bacteria from synthesizing a molecule in the cell wall called peptidoglycan, which provides the wall with the strength it needs to survive in the human body.
Which of the following is most likely to cause antibiotic-resistant infections on a farm?
Not using antibiotics.
Under-using antibiotics.
Changing antibiotic brands.
Overusing antibiotics.
Answer:
D: Overuse of antibiotics
Explanation:
Bacteria reproduce and evolve quickly, if you use too much antibiotics, a few of that bacteria would be resistant to it, and reproduce quickly, whilst the non-resistant bacteria would be killed off.
Hippopotamuses live in Africa’s rivers and lakes. They’re herbivores and coexist with other herbivores and carnivores. Which action could lead to a decrease in the number of hippos?
A.
a decrease in the number of predators
B.
a decrease in the number of other herbivores
C.
an increase in the number of producers
D.
an increase in the number of other herbivores
Answer:
D
Explanation:
hippo funny, use common sense silly bean
Answer:
D, an increase in the number of herbivores.
Explanation:
D is the correct answer because an increase in other herbivores would mean more competition for food, and more herbivores means that they would be eating/taking the hippo's main source of food.
A 40x objective lens and a 10x eyepiece will jointly provide a
magnification of
Your answer
This is a required question
a
Answer:
400x
Explanation:
40x*10x=400x
Nonspecific chemical defenses of the human host include all of the following EXCEPT ______. multiple choice 1 antibodies lysozyme lactic acid hydrochloric acid
Nonspecific chemical defenses whose main function is to prevent the entry of pathogens include all except antibodies.
What are antibodies?It is a protein that reacts against an antigen in an animal-like organism, that is, they adhere to a specific antigen.
Specific antibodies can neutralize toxins, viruses or enzymes as part of the immune response.
Therefore, we can conclude that nonspecific chemical defenses whose main function is to prevent the entry of pathogens include all except antibodies.
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Who discovered the advantages of AC over DC( alternating current and direct current)?
Answer:
At the close of the nineteenth century, Thomas Edison was working on perfecting his system of direct current (DC) for electric power distribution. Meanwhile, the inventor and physicist Nikola Tesla was discovering the benefits of his competing alternating current (AC) system.
Explanation: