Globalization has led to lower prices for consumers due to increased competition and sourcing goods from cheaper international markets. However, it has also led to environmental damage, increased terrorism, and a widening gap between rich and poor countries.
Explanation:The statement that does not fit with the negative effects of globalization is 'Higher prices for consumers' (Choice C). Globalization, the process by which businesses or other organizations develop international influence or start operating on an international scale, has in fact led to lower prices for consumers due to enhanced competition and the ability to source goods from cheaper international markets.
However, it is important to consider that while lower prices represent a benefit for consumers, this might sometimes also come with a cost such as potential exploitation of workers in places where labor is cheaper. Conversely, the other options like 'Great damage to the environment', 'Increased international terrorism', and 'A greater gap between rich and poor countries' all reflect some of the challenges associated with globalization that societies are grappling with.
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The ability of an organism to change internally or externally in relation to changes in the environment is called _____. reproduction complexity heredity homeostasis
Answer:
The correct answer is homeostasis.
Explanation:
Change in an organism internally or externally according to environmental change is called homeostasis. This ability help organism to maintain and regulate equilibrium to the outer environment to keep their vital function. There are many regulating organs or glands that help in maintaining homeostasis.
Hypothalamus located in the brain is the major organ that helps in regulating homeostasis. The homeostasis action involves common things are body temperature, blood pressure regulation and many more. however, in lower life forms, it can be regulated by localized organs or cells too.
Thus, the correct answer is homeostasis.
1. Which statement most accurately describes the process of respiration?
Select one:
a. It occurs only in plants during the daylight hours and usually involves the exchange of gases.
b. It occurs only in plants during the daylight hours and involves the taking in of preformed organic molecules.
c. It occurs continuously in the cells of all organisms and involves the synthesis of carbohydrate molecules.
d. It occurs continuously in the cells of all organisms and often involves an exchange of gases.
Describe two ways that steroids differ from fats. ...?
Steroids differ from fats in two main ways: they have a fused ring structure and many of them have the -OH functional group, which puts them in the alcohol classification.
Explanation:Steroids differ from fats in two main ways:
Steroids have a fused ring structure, while fats do not. This ring structure is made up of four linked carbon rings, which is characteristic of all steroids.Many steroids have the -OH functional group, which puts them in the alcohol classification. Fats, on the other hand, do not have this functional group.
Sea stack, sea arch and sea caves are all examples of land features created by
Answer:
B) wave erosion
Explanation:
plants are classified as
The allele for a widow's peak has complete dominance over the allele for a straight hairline (w). what is the probability of two parents heterogeneous for a widow's peak (ww) having an offspring without a widow's peak? 25 percent 0 percent 50 percent 75 percent
Answer: The correct and is A or 25 Percent
A pea plant that has round seeds has the genotype Rr. It crossed with a pea plant that has wrinkled seeds and the genotype rr. What is the probability that the offspring will have wrinkled seeds
Answer:
1/2 or 50%
Explanation:
This question involves a single gene coding for seed shape in pea plants. According to the question, the round allele (R) is dominant over the wrinkled allele (r) i.e. the round allele will mask the phenotypic expression of the wrinkled allele in a heterozygous state (Rr).
According to the question, a pea plant that is heterozygous for seed shape (Rr) is crossed with a homozygous recessive pea plant (rr). The cross will produce four possible offsprings with the genotypes: Rr and rr.
Rr genotype will be phenotypically round-seeded while rr will be phenotypically wrinkled.
Hence, the probability that an offspring with wrinkled seeds will be produced is 1/2 or 50%
Which of the following statements about resource use is true?
a. The use of renewable resources has no inherent costs.
b. Resource use, whether renewable or nonrenewable, must be carefully managed to reduce the impact on the environment.
c. Nonrenewable resources are used for energy, because there are no renewable resources that can be used as a source of energy.
d. The overuse of nonrenewable resources is less environmentally damaging than the overuse of renewable resources.
The statement that is true about resource use is as follows: resource use, whether renewable or nonrenewable, must be carefully managed to reduce the impact on the environment.
How are resources effectively utilized?Resources are used by humans to supply energy for their daily needs.
Resources can either be renewable or nonrenewable depending on whether it can be replenished or not.
However, the use of resources, whether renewable or nonrenewable, must be carefully managed to reduce the impact on the environment.
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Why do normal cells divide?
Which of the following plant adaptations aids savanna plants during droughts?
a.
spines
b.
water storage
c.
growth patterns
d.
bitter taste
The correct answer is (b) water storage.
Savanna is a tropical place located in which has high temperature round year.The savanna plants had adapted many adaptation to protect themselves from drought. They adapted a water storage organ called baobab.These are long cylindrical shaped trunk used to store water in dry conditions.This adaptation was necessary to store water for the times when there is a scarcity of water.These adaptation are necessary so that the trees can regrow in the next season after drought.
Savanna plants have adaptations like water storage, spines, and bitter taste to aid them during droughts.
Explanation:Savanna plants have several adaptations to aid them during droughts. One of these adaptations is water storage. Plants like cacti have modified stems that can store water, allowing them to survive long periods without rain. Another adaptation is spines. These spines reduce the surface area of leaves, minimizing water loss through evaporation. Lastly, some plants develop a bitter taste as an adaptation. This helps deter herbivores, ensuring the plant's survival during dry periods.
What stores information in a cell
DNA, or deoxyribonucleic acid, is the molecule that stores genetic information in a cell. It carries the instructions for a cell's functions and replication and is found in the nucleus in eukaryotic cells and the nuclear zone of prokaryotic cells. Gene expression and cellular differentiation are dictated by DNA.
Explanation:The information in a cell is stored in the form of deoxyribonucleic acid, commonly known as DNA. DNA is a molecule that carries the genetic instructions used in the growth, development, functioning, and reproduction of all known living organisms and many viruses. DNA stores the information needed to build and control the cell through the sequence of its four bases: adenine, thymine, guanine, and cytosine.
DNA replication is critical for the transmission of genetic information from one generation of cells to the next, ensuring that each new cell receives a complete set of DNA. This occurs in the nucleus of eukaryotic cells, and a specific nuclear zone in prokaryotic cells. The DNA molecule is composed of a long chain of nucleotides, each of which consists of a 5-carbon sugar, a phosphate group, and a nitrogen-containing base.
Furthermore, our understanding of how DNA stores and utilizes genetic information comes from the discovery of its structure by Watson and Crick in 1953. This discovery has been essential for modern biology, helping us understand the process of gene expression and how different cell types are formed, despite having the same genetic code.
Reproductive cells are created by _____.
A. mitosis
B. meiosis
C. cytokinesis
If stranded on a deserted island with no freshwater, it is not advisable to drink sea water. Why not? A) The salty snacks cause an ionic imbalance that triggers a nervous response. B) The salt in the body creates a hypertonic solution around cells, which causes water to diffuse out of cells and make them crenate. C) The salt in the body creates a hypotonic solution around cells, which causes water to diffuse into cells and make them cytolyse. Eliminate D) The salt in the body creates an isotonic solution around cells, which causes water to diffuse into and out of cells which makes them unstable.
B) The salt in the body creates a hypertonic solution around cells, which causes water to diffuse out of cells and make them crenate.
Does mitosis more closely resemble meiosis 1 or meiosis 11? Explain your answer.
The main differences between mitosis and meiosis occur in meiosis I, where homologous chromosome pairs undergo crossover and line up randomly. Meiosis I is a reduction division, reducing the ploidy level. Meiosis II is more similar to mitosis.
Explanation:The main differences between mitosis and meiosis occur in meiosis I. In meiosis I, homologous chromosome pairs are bound together, undergo crossover, and line up randomly along the metaphase plate. When the homologs separate, the ploidy level is reduced from two to one. For this reason, meiosis I is referred to as a reduction division. There is no such reduction in ploidy level during mitosis.
Meiosis II is much more similar to mitosis. Duplicated chromosomes (only one set of them) line up on the metaphase plate and sister chromatids are separated to opposite poles.
Care must be taken in interpreting electron micro graphs, some features visible in an electron micrograph may not be present in the living cell. Explain why.
T or F
ATP and NADPH are two types of protein carries T or F
ATP and NADPH are two types of protein carries
How do solid solutions and gas solutions form.?
Solid solutions are often alloys, like steel, which is an alloy of iron and carbon mixed with other metals. Gas solutions form when gases like nitrogen and oxygen mix to form air, driven by an increase in entropy which favors the formation of a more disordered system.
How do solid solutions and gas solutions form? Solid solutions often form when different metals or nonmetals mix to create a single phase, such as alloys. For example, steel, which is an alloy of iron, carbon, and other metals, is a type of solid solution. On the other hand, gas solutions form when gases mix and the motion of the gas molecules causes them to diffuse and spread out uniformly. Air, being about 80% nitrogen and 20% oxygen with traces of other gases, serves as a classic example of a gas solution. The formation process is driven by an increase in entropy, indicating a more disordered system, which is thermodynamically favorable even when the enthalpy change (AH soln) is zero. This entropy increase is often why solutions can form easily when two gases are combined in the same container.
In two or more complete sentences explain how to balance the chemical equation, KClO3 ⟶ KCl + O2 and include all steps.
Answer:
2KClO3 -----> 2KCl + 3O2
Explanation:
A chemical equation comprises of the substances reacting called REACTANTS and the substances produced called PRODUCTS. In order to obey the law of conservation of mass, the number of atoms of the reactants must be equal to the number of atoms of the products. The reaction is said to be balanced when this occurs.
We have the below chemical equation:
KClO3 -----> KCl + O2
The equation is not balanced because the number of atoms of some element on the reactant side is not the same as the number of atoms of some element on the product side.
K=1 K= 1
Cl= 1 Cl=1
O= 3 O=2
To make oxygen atom have the same number on both sides, we make use of coefficients (a number placed in front of the chemical formula).
To make Oxygen atom have equal number on both sides, we add coefficient 2 to KClO3 on the reactant side, and coefficient 3 to O2 on the product side. We have:
2KClO3 ----> KCl + 3O2
Now that oxygen atom is balanced (6 atoms on either sides), it has changed the number of atoms of K and Cl on both sides. K and Cl now have 2 number of atoms on the reactant side compared to 1 each on the product side.
To balance K and Cl on both sides, we add coefficient 2 to KCl on the product side.
2KClO3 ----> 2KCl + 3O2
We now have equal number of atoms for each element on both sides i.e. 2 each for K, 2 each for Cl, and 6 each for O.
The equation is now balanced.
what organelles/cells houses the genetic material? ...?
What are the five categories of adaptations?
The five categories of the adaptations are migration, hibernation, dormancy, camouflage, and estivation. The migration can be defined as the phenomenon of the movement of the animals from one region to another in order for their survival. Hibernation can be defined as the inactive state of the animals, in which they enter to escape from the cold weather. Dormancy is also a state of inactivity which is adapted by animals in order to escape harsh environmental conditions, such as lack of water. Camouflage can be defined as the ability of the animals to blend in with their surrounding environment, in order to escape predators. Estivation can be defined as dormant state adapted by animals to escape the harsh summer weather.
The five categories of adaptation are migration, hibernation, dormancy, camouflage, and estivation.
What is adaptation?Adaptation is the tendency of organisms to change their characteristics according to the environment or their surroundings. These changes are necessary for better survival.
Migration is changing the place temporarily or permanently to places for better conditions like temperature, or area. Like birds in winter, move to high temperatures areas.
Hibernation is slowing down your life activities to save energy for the body. Camouflage is adapting or changing its body structure to save them from predators. Estivation and dormancy are also adaptations of animals.
Thus, migration, hibernation, dormancy, camouflage, and estivation are the five categories of adaptation.
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A polygenic trait can have
A. Fewer genotype than most single-gene traits.
B. Many possible genotypes, but few possible phenotypes
C. Fewer phenotypes than most single-gene traits.
D. Many possible genotypes, producing many possible phenotypes.
A polygenic trait can have many possible genotypes, producing many possible phenotypes.
Explanation:A polygenic trait can have many possible genotypes, producing many possible phenotypes. Polygenic traits are controlled by multiple genes, with each gene contributing a small effect to the final phenotype. This results in a wide range of phenotypes that can be observed for a polygenic trait, such as height or skin color.
For example, height is a polygenic trait influenced by multiple genes. There are many possible combinations of genes that can determine an individual's height, leading to a continuous distribution of heights in a population.
Therefore, the correct answer is option D. A polygenic trait can have many possible genotypes, producing many possible phenotypes.
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Aerobic respiration happens in what cellular organelle?
Anaerobic respiration does not use _______ gas it happens in one process (after glycolysis) called __________________
What process was used to make beer?
What are the products of alcohol fermentation?
Describe in words what occurs during the process represented by the photosynthesis equation. Include the importance of sunlight
The photosynthesis equation represents the process. The importance of sunlight is it converts water and carbon dioxide into glucose.
What is photosynthesis?Plants use their leaves to trap light energy during photosynthesis. Plants use the sun's energy to convert water and carbon dioxide into glucose, a sugar. Plants use glucose for energy and to generate other compounds such as cellulose and starch.
Photosynthesis converts sunlight energy into high-energy sugars and oxygen by converting water and carbon dioxide (reactants). Plants use photosynthesis to trap light from the sun and convert it into energy.
Therefore, the photosynthesis equation represents the process. Sunlight is important because it transforms water and carbon dioxide into glucose.
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Evolutionary theories are supported by evidence of
Molecular biologists are using __________ to directly manipulate genes for practical purposes.
A) DNA cloning
B) DNA polymerization
C) genetic engineering
D) bacteriophage infestation (help plz)
Answer: C) genetic engineering
Molecular biologists are using genetic engineering to directly manipulate genes for practical purposes. Genetic engineering is an artificial technique for manipulation of the genome of the organism which involves deletion or insertion of genes of interest. This artificial manipulation is done in order to remove mutant genes from the organisms genome to cure diseases and disorders, new genes are introduced which can produce desirable traits.
A bacterium is placed in a hypertonic solution. Which of the following would the bacterium use to maintain osmotic pressure?
a. Active transport
b. Ion pumps
c. Facilitated diffusion
d. Contractile vacuole
Answer:
c. Facilitated diffusion
Explanation:
The bacteria shown in the question is in a hypertonic solution. Thus, we can conclude that the solution contains a higher solute concentration than the solute concentration inside the bacteria. For the osmotic pressure to be maintained the bacteria will receive solution solutes until the concentrations are balanced. This process is done through facilitated diffusion.
Some substances have certain characteristics that make it impossible for them to cross the cell's lipid bilayer by simple diffusion. However, they can also pass the membrane by passive transport, this type of process known as facilitated diffusion. In this way, particles can enter or leave the cell through their attachment to specific proteins, known as carrier proteins, or through aqueous pores of protein channels, both present in the cell membrane.
What will happen to an animal cell if placed in a hypotonic solution?
What does heredity mean?
Dolly was a female domestic sheep, and the first mammal to be cloned from an adult somatic cell, using the process of __________________.
A) DNA transfer
B) cell transfer
C) oocyte transfer
D) nuclear transfer
Answer: The correct answer for the blank is-
D) nuclear transfer.
Dolly was a female domestic sheep, and the first mammal that was cloned using an adult somatic cell ( particularly a mammary gland cell from a Finn Dorsett sheep). She was produced using a technique, which is termed as somatic cell nuclear transfer.
In this technique, the nucleus from an adult somatic cell was transferred to an unfertilized oocyte ( which was first enucleated that is nucleus was removed). After this, unfertlized egg was activated using electrical stimuli, which initiated cell division and produced Dolly.
Thus, option D) nuclear transfer is the right answer.
A male or female sex cell is called a:
A male or female sex cell is called a gamete. Gametes are produced through a specialized cell division process called meiosis.
Gametes are reproductive cells that carry half the number of chromosomes of a normal cell. In sexual reproduction, two gametes, one from each parent, fuse together during fertilization to form a zygote, which develops into a new individual. Gametes are produced through a specialized cell division process called meiosis, which reduces the chromosome number by half to ensure the offspring receives the correct number of chromosomes.
In humans, the male gamete is called sperm, produced in the testes, while the female gamete is called an egg or ovum, produced in the ovaries. Gametes are specialized cells designed for sexual reproduction and carry genetic information from the parents. They are essential for the continuation of the species and the genetic diversity of offspring.
The fusion of male and female gametes during fertilization restores the full complement of chromosomes and creates a unique combination of genetic material in the offspring. This process ensures genetic variation within a species, allowing for adaptation to changing environments and promoting evolution.
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