Answer:
A
Explanation:
Which of the following is a data piece a demographer would NOT be interested in when studying demography
A. Fertility
B. Mortality
C. Jobs
D.Migration
Answer:
C. Jobs
Explanation:
Demography is usually defined as the science of vital and social statistics, as of births, deaths, diseases, marriages etc. of populations.
This means that a demographer study both birth and death rates as they focus on human characteristics.
In demography, fertility is the birthrate of a population. Or in other words, the ability to produce offspring in a population. Mortality is the opposite of fertility; the death rate of a population. Both of these things are something that a demographer would study as they relate to the continuation of human society. Migration though, is a demographic process in which people migrate between different locations or places, resulting in a contribution to a population. So to explain the demographic terms, international migration takes an impact on a population with its age and size structure resulting in an indirect influence on the rate of future births in a population. This means that a overall, fertility, mortality, and migration all are therefore things that a demographer would study. After using process of elimination between the options, there is one left over, which is:
Option C - Jobs
The adoptation of peast uprising
Answer:Also known as "Peasant wars"; peasant uprisings in broad usage, were a number of rural-based rebellions from the seventeenth to the twentieth centuries, a typical form of protest in Russia against socioeconomic, religious, and cultural oppression and, occasionally, against political power holders. Peasant uprisings …
Explanation:
Abiotic factors that characterize a forest ecosystem include.
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soillighttemperaturemineralsrockswaterHi I need help ^^
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Smoking is one of the major reason of Lung cancer. But one may have cancer even if the individual is not a smoker due to radiation, secondary air pollutants.
What is cancer?Cancer is described as the uncontrolled and abnormal growth of cells in one’s body which are arrested in the growth phase of the cell cycle and multiply rapidly and does not mature like normal cells, cancer is more aggressive form of a tumour.
The following describe the relation of smoking with lung cancer
Cancer is caused by oncogenes activating substances [OAS] some of them causes mutation in the bodyThese oncogenic substances in the smoke produced while smoking contains nicotine, hydrocarbons, cyclohydrocarbons and various other factors which converts normal cells into cancerous cells Hence, smoking causes oral and lung cancer
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What happens to a neutron atom if it gains or loses electrons?
Answer:
Gaining or losing electrons has no impact on the number of protons and neutrons an atom has, which is another way of saying that the mass number is not affected by changes in the net charge.
Explanation:
4. The video mentions that many toxins, such as many pesticides, do not necessarily stay isolated to the area where they are intended to be placed. Explain.
Toxins, such as many pesticides, do not necessarily stay isolated to the area where they are intended to be placed because they can be washed by underground water.
What are pesticides?Pesticides are chemical substances used to eliminate insects and other pests from the Earth's surface.
Pesticides can have a systemic effect, which also means that they do not stay in a specific location.
In conclusion, toxins, such as many pesticides, do not necessarily stay isolated to the area where they are intended to be placed because they can be washed by underground water.
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(04.04 MC)
Which of the following substances is needed during light-independent reactions to create glucose during photosynthesis?
Oxygen
Solar energy
Carbon dioxide
Water
Answer:
c) Carbon dioxide
Explanation:
Carbon dioxide is needed during light - independent reactions to create glucose during photosynthesis. Hence, option (c) is the correct answer.
why is deforestation a key problem in LA?
Answer:
The loss of trees and other vegetation can cause climate change, desertification, soil erosion, fewer crops, flooding, increased greenhouse gases in the atmosphere, and a host of problems for indigenous people.
Explanation:
The picture below is a model of the process of translation from the Gizmo Simulation. Label the key parts of this process by matching the number with the correct term.
The number 1 represents the promoter region that initiates the process of translation. The number 2 represents the mRNA strand that synthesizes codons that codes for specific amino acids.
What do you mean by Translation?Translation may be defined as a biological process through which a cell makes proteins with the help of genetic information carried by mRNA.
The number 3 represents the region of tRNA, which is an adaptor molecule between mRNA and ribosomes. The number 4 represents the process of ribosome assembly which is the foundation of protein synthesis. The number 5 represents the initiation of protein synthesis.
Therefore, it is well described above.
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Students were given various animal pictures. They were told to work in pairs, observe the animal pictures, and list some characteristics they could use to classify the animals into groups such as vertebrates and invertebrates. What characteristic do all animals have in common?
Why does it help to organize data in a table?
Answer:
Organized data allows you to examine or analyze the data for patterns.
Explanation:
Answer:
Quality work and knowledge.
Explanation:
Keeping your data organized in a table will help you undertsand what youre looking at and how you can use it. Maximum organization keeps your mind organized as well.
In rabbits, brown fur is dominant over white fur. Fur color in rabbits is an autosomal trait (not s3x-linked). Two heterozygous rabbits are crossed. What is the probability of producing a white rabbit?
8.
How do muscles work in antagonistic pairs?
Both muscles always contract at the same time.
When one muscle pulls, the other muscle relaxes.
PREVIOUS
Which of the following determines the order the amino acids are moved into the ribosome by the transfer RNA?
Answer:
This order is determined by the attraction between a codon, a sequence of three nucleotides on the mRNA, and a complementary nucleotide triplet on the tRNA called an anticodon.
Explanation:
Hope this helps!! Didn't see what the choices were so I couldn't tell you that part. Just hope what I gave you will do you well!
Blood is made of cells and plasma. Each has a different function. Which part of blood will form nets and scabs to stop the flow of
blood when the skin is broken?
platelets
red blood cell
plasma
white blood cell
I need help!!
Answer:
platelets are used to form scabs as it prevent bacteria from going in and loss of blood
What makes using alternative energy sources difficult?
Answer:
There's a lot of things that can make any alternate energy source difficult. Some of the main ones would probably be political pressure, corporate influence, cost, government policies, and more.
Explanation:
Which statement correctly compares the speed of light?
The speed of light through space is much greater than 3 x 108 m/s.
The speed of light in glass is much greater than 3 x 108 m/s.
The speed of light in glass is faster than the speed of light through space.
The speed of light in glass is slower than the speed of light through space.
Answer:
The speed of light in glass is slower than the speed of light through space.
Explanation:
Glass is more dense than space therefore speed of light slows down.
Answer:
D
Explanation:
AlaskaFishing
10 minutes ago
Biology
High School
A man who is heterozygous for type A blood has children with a woman who has type O blood. What is the probability they will have a child with type O blood?
100%
75%
25%
50%
0%
Answer:
75%
Explanation:
3/4 of the phenotype will have O blood group, and 1/4 will have A blood group.
What kind of adaptations did plants have to make to live on land?
Answer:
a water-repellent cuticle, sto.mata to regulate water evaporation, specialized cells to provide rigid support against gravity, specialized structures to collect sunlight, alternation of haploid and diploid generations, se..xual organs and many more
Explanation:
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Alfred adler proposed that older siblings, who start out as the focus of their parents’ attention but must share that attention once a new child joins the family, compensate by becoming_____.
Answer:
overachievers
Explanation:
The youngest children, according to Adler, may be spoiled, leaving the middle child with the opportunity to minimize the negative dynamics of the youngest and oldest children. Despite popular attention, research has not conclusively confirmed Adler’s hypotheses about birth order. (Spielman et al. 2020).
According to Alfred Adler, older siblings, who start out as the focus of their parent’s attention but must share that attention once a new child joins the family, compensate by becoming overachievers.
Adler believed that older siblings often feel displaced and insecure when a new baby arrives. They may feel like they are no longer special or important, and they may worry that their parents will love the new baby more than they do.
To cope with these feelings, older siblings may become overachievers. They may strive to excel in school, sports, or other activities in order to prove their worth to their parents. They may also become very responsible and independent, in an effort to take on more of the parental role.
Of course, not all older siblings become overachievers. Some may become withdrawn or rebellious, while others may simply adapt to the new situation and continue to develop in a healthy way.
However, Adler's theory suggests that overachievement is a common coping mechanism for older siblings who feel displaced by a new baby.
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Explain how engineering advances have led to scientific discoveries about the moon.
Answer:
advances in optics leading to the develupment of the hubble telloscope
Explanation:
Also advances in lunar drone for more discoveries and creation of space crafts and rockets
In what way can the human circulatory system be described as double circulation?.
Answer:
Explanation:
The human circulatory system has three key components: blood vessels, blood, and the heart. It is called a double circulatory system because blood passes through the heart twice per circuit.
The right pump sends deoxygenated blood to the lungs where it becomes oxygenated and returns to the heart.
The left pump sends the newly oxygenated blood around the body. When this blood returns to the heart, it has returned to a deoxygenated state.
Blood Passes Through The Heart Twice Per Circuit
Blood enters the heart:
Deoxygenated blood from the body enters the right atrium of the heart.
Blood pumped to lungs:
The right ventricle pumps this deoxygenated blood out of the heart and towards the lungs.
Lungs oxygenate the blood:
In the lungs, the deoxygenated blood exchanges carbon dioxide for oxygen. This is how it becomes oxygenated (contains oxygen).
Blood returns to the heart:
Oxygenated blood returns to the left atrium of the heart.
Blood pumped into the body:
This oxygenated blood is pumped out of the heart and to the body by the left ventricle.
Blood returns to the heart:
The oxygenated blood gives its oxygen to body cells in exchange for carbon dioxide. The blood becomes deoxygenated and returns to the heart.
The cells control center
Answer:
The BRAIN!
Explanation:
Our brain, the control center of the nervous system and the rest of the body, normally allows us to retain and recall information.
A species of frog has inhabited the tropical rain forests of south america for the
past one million years. which two factors would tend to disrupt the gene pool
stability of this frog population?
a. low mutation rate and random mating
b. hugh mutation rate and numerous migrations
c. low mutation rate and no migrations
d. large population random mating
Answer:
Option B. makes the most sense.
Which system is responsible for “fight or flight” response? sympathetic nervous system parasympathetic nervous system somatic nervous system central nervous system
Answer:
central nervous system. specifically the amigdala
Answer:
Its A-(Sympathetic nervous system)
Explanation:
edge 2022
How does energy from the sun impact ocean water?
Answer:
the molecules of liquid water change into water vapor and move into the air.
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Suppose a hare spotted a coyote and tried to run away. Coyotes can run at a speed of 70 km/h. Hare's can run at a speed of 65 km/h. How far could the hare run before the coyote catches up? assume the hare is 25 m from the coyote
Answer: 0.35 km or 350 m
Explanation:
The coyote runs 70 km/h
The hare runs 65 km/h
The coyote is 5 km/h faster than the hare
The hare is 25 m away, 0.025 km
I will graph this. x is the time passed, y is the distance. The point of intersection is when the coyote catches up.
(0.005, 0.35)
-> The hare can run 0.35 km before the coyote catches up.
Which of these animals is known for its ability to detect electricity? cat platypus manatee tasmanian devil.
Platypus is an animal that is known for its ability to detect electricity. Details about platypus can be found below.
What animal is platypus?Platypus is a semi-aquatic, egg-laying monotreme mammal with a bill resembling that of a duck, that has a mole-like body, a tail resembling that of a beaver, a waterproof pelt, and flat webbed feet.
Electro-receptive animals like platypus can detect weak electrical fields generated by prey. They use these feature to catch prey or communicate.
Other examples of animals that can detect electricity are as follows:
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What is an example of a voltaic cell and an electrolytic cell used in everyday life?
Electrolytic cells are less common in everyday life, although they are important in many industrial operations, as in the electroplating of metals.
What is an example of a voltaic cell?Daniell cell is a galvanic cell. One example of a galvanic cell is the common household battery. The electrons flow from one chemical reaction to another occurs through an external circuit that results in the current.
Thus,Electrolytic cells are less common in everyday life, although they are important in many industrial operations.
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the method for determining energy expenditure in which the amount of oxygen a person uses is measured is called
Answer:
In indirect calorimetry, energy expenditure is determined by measuring the amount of oxygen consumed and carbon dioxide produced.
Explanation:
