Answer:
The explanation is provided in the explanation section
Explanation:
Gregor Mendel, who was referred to as the FATHER OF GENETICS discovered the principles that governs heredity in his several experiments. He observed that, for a particular trait, an organism receives two copies of a gene called ALLELE. This two copies are contributed by each parent in gametes during reproduction. An allele is a contrasting form of a gene, that is responsible for a particular trait of that gene.
For example, the height gene possesses two alleles T and t, which is responsible for a tall and short trait respectively. In an organism, two copies od this height gene will be present either same or different depending on which allele is contributed by each parent. This explains why a diploid organism possesses two alleles for a specific gene.
One of the principles of heredity discovered by Mendel is the LAW OF SEGREGATION, which states that the alleles of a gene will separate into gamete during gamete formation (meiosis). Mendel stated that only one form of a gene (allele) will be found in each gamete. For example, in an organism with Tt genotype, the gametes produced by this organism will either contain T or t allele.
The Law of Segregation states that genetic traits are split during gamete formation, producing offspring with two copies of each gene, one from each parent. This is due to the fact that most organisms are diploid, having two sets of chromosomes from both parents.
Explanation:The Law of Segregation, also known as Mendel's first law, states that during the formation of reproductive cells (eggs and sperm), pairs of genetic traits are separated or segregated from each other. This means each parent contributes one copy of the gene for each trait, resulting in the offspring having two copies of the gene - one from each parent. These copies then randomly assort into gametes, maintaining genetic variation.
As to why each organism has two copies of a gene, this is attributed to the fact that organisms are diploid. A diploid organism has two sets of chromosomes, one set from the mother and one from the father, and consequently, two copies of each gene. These genes often have slight variations, leading to diversity in traits like eye color, skin color, and so on.
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Use Figure 14-3 to answer the question
37. Examine the pedigree in Figure 14-3. The allele for the presence of a white forelock is dominant. What is the probability of the couple labeled 2 of having a child with a white
forelock?
A. 25%
B. 50%
C. 75%
D. 100%
Answer:
The answer is C) 75%.
100% is wrong
Lichen growing on newly formed lava beds is an example of _____.
A. a primary ecosystem
B. evolutionary succession
C. primary succession
D. secondary succession
Answer:
answer, I guess, is C.primary succession
Stacy bought two vegetables. One of them is scaly with a few buds and the other has hairy structures. Which parts of the vegetable plants did she buy?
A. both are tuberous roots
B. root and stem, respectively
C. tuberous stem and root, respectively
Answer:
Stacy has purchased tuberous stem and roots vegetable respectively
Explanation:
Tuber is thick underground stem, such as potato, Jerusalem artichokes, and yams for example. It usually has buds from which new plants could grow. So, the first part of Stacy's vegetable is definitely tuberous stem. The other part must be root, because it has hairy structures. These hair-like structures have function in the absorption of water and minerals from the soil, examples of stem vegetables are asparagus and kohlrabi. Root vegetable examples are celery root, Yams, beets, onions, turnips, rutabagas, horseradish, carrots, parsnips, kohlrabi, garlic, (or celeriac), turmeric.The root vegetables can grow underground, and has the ability of absorbing large quantity of amount of nutrients that are present in the soil.
Density-independent limiting factors that can affect a population include
Answer:
The density- independent limiting factors that can affect a population include food, predation, toxic waste and environmental disasters.
Explanation:
Density independent factors like natural calamities which include volcanic eruptions, hurricane, floods, earthquake, etc are not influenced by population density change. For example, the current rampaging bush fire in Australia has caused a lot of damage to different animal and plant species. Many populations of species have become endangered and others are wiped off.
The quality of nutrients available in an environment affect the growth of organisms in it. The lower the quality of nutrients, the higher is the environmental stress. E.g in Lake Erie, the growth of algae was restricted due to the extensive presence of phosphorus in the water bodies.
Pollution is also a big reason for decrease in the density of populations. E.g Amphibians such as toad, frog are susceptible to pesticides which flow into the water bodies. It reduces their ability to reproduce and inhibits their growth.
When the number of predators in a given area increase, the population of prey decreases. Extensive predation can lead to the extinction of prey species.
what is a likely consequence of continued human population growth?
Continued human population growth could lead to environmental degradation and scarcity of resources like land and water due to the increasing pace at which the global population is growing.
Explanation:A likely consequence of continued human population growth is the degradation of our natural environment and a potential strain on resources. This is due to an increase in the emission of greenhouse gases, especially from developing countries trying to improve their economic condition. As population continues to grow, the time it takes to add a substantial number of humans to the Earth is becoming shorter. For instance, it took 123 years to add 1 billion humans in 1930, but only 24 years to add two billion people between 1975 and 1999. This vector of growth may eventually exceed the carrying capacity of our planet, leading to repercussions such as a shortage of essential resources like land and water, presenting the threat of overpopulation.
It's worth noting that these scenarios are in part based on the concept of exponential population growth, wherein the population doubles in a fixed period of time. In reality, population growth rates can be slowed by factors such as increased access to family planning, education, and sustainable development methods. Ultimately, the threats posed by overpopulation underscore the need to manage our resources prudently and to curb population growth through effective and socially sensitive policies.
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Final answer:
Continued human population growth may lead to environmental degradation, heightened greenhouse gas emissions, food shortages, and socio-political challenges due to resource strain.
Explanation:
A likely consequence of continued human population growth is the change and degradation of the natural environment. As the population expands, there is a higher demand for resources, which can lead to deforestation, loss of biodiversity, and increased emission of greenhouse gases like carbon dioxide (CO₂), accelerating climate change. Countries around the world have made efforts to mitigate these effects by limiting emissions, but global consensus and effective international agreements are challenging to achieve. Additionally, population increase puts a strain on food supplies, potentially leading to widespread food shortages. Rapid population growth, paired with environmental stress, could also precipitate socio-political issues, exacerbate global conflicts, and escalate problems like poverty and disease outbreaks.
How do microorganisms eliminate harmful material
Answer:
Microorganisms are very small, not visible with an eye, including bacteria, viruses, fungi, and parasites.
Even though som of microorganisms can make people ill, many of them are not harmful, all the contrary, they can help a human with digestion, protect him from infections and keep the health good.
Explanation:
You have bad microorganisms in the body, called pathogens. Pathogens can be very harmful and kill all the good cells in the host. That is why good microorganisms are important. They make colonies and protect the body from the development of pathogens that release toxins into the body.
Good microorganisms provide nutrition for the organism, they involve minerals, produce hormones and stop bad microorganisms enter the organism.
The difference between a mono hybrid cross and a dihybrid cross is that ?
Answer:
1. A monohybrid cross is a cross between first-generation offspring of parents who differ in one trait while a dihybrid cross is a cross between first-generation offspring of parents who differ in two traits
Answer:monohybrid crosses involve one gene; dihybrid crosses involve two genes.
Explanation:
Penn Foster
24. Cellular respiration releases energy by breaking down ____
Cellular respiration breaks down glucose to release energy, with carbon dioxide produced during the Krebs cycle.
Explanation:Cellular respiration releases energy by breaking down glucose in the presence of oxygen. This complex process involves several stages: glycolysis, the Krebs cycle, and oxidative phosphorylation. The step in the oxidation of pyruvate that produces carbon dioxide is known as the Krebs cycle, also referred to as the citric acid cycle. During this cycle, each molecule of pyruvate (which is derived from glucose) is decarboxylated, releasing carbon dioxide as a byproduct.
The energy originally used to hold these molecules together is harnessed in the generation of ATP, which cells use for energy. In summary, cellular respiration converts the stored energy in glucose into a form that can be used by the cells, producing carbon dioxide and water as waste products.
A woman at 36 weeks’ gestation is admitted to the hospital to receive a tocolytic medication in an attempt to stop labor. In addition, betamethasone (Celestone) is prescribed to enhance fetal lung maturity. The prescription reads: administer betamethasone 12 my IM daily for 3 days. The betamethasone comes in a vial labeled 6mg/mL. How many millimeters should the nurse administer each day?
Answer:
The nurse should administer 2 ml each day
Explanation:
According to the prescription, 12 mg of betamethasone should be given daily for three days.
The prescription also says that betamethasone comes in 6 mg/mL per vial. Therefore, to give 12 mg of betamethasone, 2 vials (each vial having 1 ml) of betamethasone must be administered by the nurse.
When a skateboarder makes
a jump, how is the energy
transformed?
A. The chemical energy in from his food is
transformed into mechanical energy.
B. The thermal energy from his food is
transformed into mechanical energy.
C. The mechanical energy from his food is
transformed into chemical energy.
Answer:
A
Explanation:
Glucose is used which is the chemical energy, then his muscle moves which is the mechanical energy
When a skateboarder makes jump the energy transformed in chemical energy in from his food is transformed into mechanical energy. Thus,option A is correct.
What is the process of energy transfer?The transfer of energy takes place in three ways radiation, conduction, and convention.
The term energy transfer shows the changes in energy that occur in and between organism within ecosystem.
When skateboarder jump it's energy transformed from potential energy to kinetic energy and thermal energy. The skateboarder has gravitational potential energy to going down the rap. Moving to ice skates have kinetic energy, which is known as energy of motion and then transformed to thermal energy due to friction.
The used glucose in the process is chemical energy and movement of muscle during skating is mechanical energy.
Therefore, when a skateboarder makes jump the energy transformed in chemical energy in from his food is transformed into mechanical energy. Thus, option A is
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Which factor has the opposite effect on the solubility of gas solutes as it does on the solubility of solid solutes?
polarity
surface area
temperature
motion
Answer:
Polarity.
Explanation:
Solubility is defined as the upper limit of solute that can be dissolved in a given amount of solvent at equilibrium. In such an equilibrium, Le Chatelier's principle can be used to explain most of the main factors that affect solubility. Le Châtelier's law dictates that the effect of stress upon a system in chemical equilibrium can be predicted in that the system tends to shift in such a way as to alleviate that stress.
The relationship between the solute and solvent is essential in determining solubility. Strong solute-solvent attractions equate to greater solubility, while weak solute-solvent attractions equate to lesser solubility. In turn, polar solutes tend to dissolve best in polar solvents, while non-polar solutes tend to dissolve best in non-polar solvents. In the case of a polar solute and non-polar solvent (or vice versa), it tends to be insoluble or only soluble to a minuscule degree. A general rule to remember is, "Like dissolves like."
Answer:
The Answer Is Temperature NOT Polarity
Explanation:
I Just Took The Test :3
Hope this Helps!
fish rely on coral for_____
Fish rely on coral for shelter, food, and protection. Coral can also house fungi and algae which creates food for a variety of sea life. The coral acts as a place for sea life to be safe from any predators.
Best of Luck!
a shark and a dolphin have similarly shaped bodies and fins
The similarly shaped bodies and fins of the shark and the dolphin are a result of convergent evolution and development of analogous structures.
Explanation:
The animals can differ a lot in their appearance, or look alike a lot, but very often the looks can be deceiving when it comes to determining their relations. In some cases, some animals differ greatly in their appearance, but they are much more closely related than some organisms that look very similar to one another. A nice example of animals that look alike a lot but are not closely related are the shark and the dolphin.
The shark and the dolphin have their common ancestors hundreds of millions of years ago, thus they are anything but closely related, with the shark being a fish, while the dolphin being a mammal. The resemblance in the appearance though has been a result of a convergent evolution, or rather trying to solve the same problems, in the same environment, in the same or similar manner. Because of it, analogous structures developed, making them look very similar.
Some of the structures among the animals are:
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the plasma membrane is responsible for maintaining
a. cell division
b.homeostasis
c.protein syn
d. use of materials and energy
Answer:
The plasma membrane is responsible for maintaing B: homeostasis
Answer: b. Homeostasis
PLEASE ANSWER ASAP!!
Which source would be the most reliable to validate a claim?
1. a newspaper
2. a journal
3. a magazine
4. the Internet
Answer:
Newspaper is the most reliable source of information to make a claim valid.
Explanation:
A newspaper is always considered as the authenticated source of information. A news that is published in a newspaper is always regarded as a valid news because it is published from a government authorised and renowned newspaper publishing house. For example, if we want to claim a certificate or an authorisation, it will be considered acceptable if we publish it in a newspaper. So it is the most reliable information source to make a valid claim.
Answer: The correct answer is a journal ( B )
Explanation:
The reason is because a journal is a first hand source. First hand sources are known to be the most reliable. Meaning that this information was at some point written because of an experience or study!
Hope this helps!
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Question 2 (20 points)
is defined as the ability to move matter or change it in some
way.
O flow
current
energy
none of the above
Answer:
Energy
Explanation:
In the perspective of common people , almost all changes that we make need some sort of energy in order for it to happen. Even the simple ones.
(For example, When you want to turn on the lamp, you need to spend energy to push your finger down and press the switch. When you wants to change your bed covers, you need to spend energy to walk down to the cabinet , take out the bed covers, and spend another energy during the removal and set up of the bed cover.)
Energy can be expressed using or Newton* meter as units, mean that you do a certain amount of work(Newton) over a distance (meter) and The ability to conserve or energy like food will be expressed as Joule(J).
According to the endosymbiosis theory, scientists believe that early eukaryotes formed from prokaryotes. Why do scientists believe that
prokaryotes existed earlier than eukaryotes?
Final answer:
Prokaryotes predate eukaryotes according to the endosymbiotic theory which posits that eukaryotic cells evolved from prokaryotic cells forming symbiotic relationships. This theory is supported by the presence of prokaryote-like DNA in organelles like mitochondria and chloroplasts and fossil evidence that suggests prokaryotes were already present on Earth billions of years before eukaryotes evolved.
Explanation:
Scientists believe that prokaryotes existed earlier than eukaryotes based on the endosymbiotic theory, which suggests that eukaryotic cells evolved from a symbiotic relationship between two or more prokaryotic cells. This is further supported by mitochondria and chloroplasts having their own DNA similar to free-living prokaryotes and features such as double membranes and genes that are more closely related to those found in prokaryotes. According to the endosymbiotic theory, these organelles were once independent prokaryotic organisms that became permanent residents within larger host cells, leading to the evolution of eukaryotes. As eukaryotic cells are now known to possess complex internal structures and organelles, which presumably evolved through these endosymbiotic events, it is logical to infer that simpler prokaryotic cells predated them. The first eukaryotic cells are thought to have evolved about 2 billion years ago, much later in Earth's history compared to the ancient lineage of prokaryotes.
What regulations does the United States national environmental policy act lay down?
Explanation:
The NEPA short form of the National Environmental Policy Act came into force on 1st January 1970. NEPA needs the federal agencies to evaluate the environmental effects of their suggested actions before making any kind of judgments. The array of activities that comes under NEPA is wide and comprises:
1. Adopting federal land management activities,
2. Making decisions on permit applications, and
3. Constructing highways and other publicly-owned facilities.
With the application of NEPA, the agencies access the environmental and associated economic and social influences of their suggested actions.
The complex network that transports materials throughout the inside of a cell
Answer: Endoplasmic reticulam has the complex network that transports materials throughout the inside of a cell.
Explanation:
The endoplasmic reticulam are present in plants as well as in animals. They are connected as a network, by one another with the help of membranous canals, that are being filled with fluid. Since they transfers the materials throughout the cell, they are also known as the transport system of the cell or a pathway for the cells. These are continuous structures having outer nuclear membrane. They helps in the synthesis of the proteins, lipids, glycogen and also some steroids i.e. cholesterol, progesterone and testosterone.
There are different vegetative patterns throughout the world. The vegetation that can grow is influenced by the amount of heat received. The differences in heat give rise to _______ zones.
The differences in heat give rise to three different zones, Torrid, Temperature, and Frigid Zone.
Explanation:There are major five types of vegetative patterns in the world these are forest, grassland, Tundra desert and Ice sheet. In these regions, different types of vegetation are grown.
The growth of vegetation depends on the amount of heat received. The difference in heat gives rise to major 3 zones. These zones are:
1. Torrid zone- this zone lies between 0 degrees to 23 half a degree north and south to the equator. The sun shines exactly overhead at the places near the equator and in the tropics. Therefore the equatorial and tropical regions receive maximum insolation.
2. Temperate zone- this zone lies between 23 half a degree to 66 half degrees north and south of the equator. This zone experiences the slanting rays of the sun. Due to the spherical shape of the earth, the amount of insolation received by this region is less.
3. Frigid zone- this zone is located between 66 half degree and 90 degrees north and south to the equator. This zone experiences extremely slanting rays of the sun over a large distance. Hence the amount of insolation received is very less.
(this isn't on a test) but i was wondering how is waters melting and freezing point the same?!
Answer:
I don't think they are the same, but, they both do something to water.
One freezes water, and the other one boils water.
hOpE thIs HeLpS
Explanation:
In the process of photosynthesis, green plants use energy from sunlight to make which product?
Photosynthesis is defined as the process by which plants use sunlight, water, and carbon dioxide to create oxygen and energy in the form of sugar.
What is Photosynthesis?Photosynthesis is defined as the process used by plants and other organisms to convert light energy into chemical energy, which is then released through cellular respiration to fuel the activities of the organism. The chemical energy which is stored in the form of sugars, which are created from water and carbon dioxide.
In this process green plants and some other organisms convert light energy into chemical energy. During photosynthesis in green plants, light energy is captured and used to convert water, carbon dioxide, and minerals into organic compounds rich in oxygen and energy.
Thus, Photosynthesis is defined as the process by which plants use sunlight, water, and carbon dioxide to create oxygen and energy in the form of sugar.
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Semi-conservative replication of DNA refers to
the idea that (3.3)
A. DNA molecules need to unwind before
replication begins
B. Each new DNA molecule contains two new
single RNA strands
C. Two strands of DNA molecules run in
opposite directions
D. Each half of the original DNA molecule is
joined with a new complimentary strand
Semi-conservative replication means each half of the original DNA molecule is joined with a new complementary strand. Therefore, option D is correct.
Semi-conservative replication of DNA refers to the process by which DNA is replicated, where each new DNA molecule formed consists of one original strand and one newly synthesized strand.
During DNA replication, the double-stranded DNA molecule unwinds and separates into two strands. Each separated strand serves as a template for the synthesis of a new complementary strand. The enzyme DNA polymerase adds nucleotides to the growing new strand.
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A student is investigating the role diffusion plays in maintaining homeostasis inside of animal cells. The student plans to place a starch solution inside of a container and place a glucose solution inside of a second container. The student will then place each container into a beaker of distilled water. After 20 minutes, the student will test the water in each beaker for the presence of starch and glucose. Which of the following would be the BEST material for the student to use for the containers holding the glucose and starch solutions? A rubber balloon that can expand and stretch without breaking B tissue paper that will easily rip and dissolve in water C tubing with many pores that are too small to see D glass that has a flat and uniform surface
Answer:
C
Explanation:
D) Name the subcellular structure involved in the translation of genetic material in protein synthesis
Answer:
The subcellular structure involved in the translation of genetic material in protein synthesis is Ribosome.
Explanation:
DNA stores genetic information and that very information is used by the cells to achieve life’s functions. There are three steps involved in evaluating the genetic information which is further divider into three types of RNA molecules, one amongst which is Ribosomal RNA.
Ribosomal RNA also called as ribosomes have various purpose. Ribosomal is a subcellular structure present in a cell where protein synthesis is formed. To put it in simple words, they are simply the proteins found in cells.
The ribosome is the subcellular structure involved in the translation of genetic material in protein synthesis. Here, the information coded in mRNA is used to produce proteins. These proteins play vital roles in various cell processes.
Explanation:The subcellular structure involved in the translation of genetic material in protein synthesis is the ribosome. Ribosomes are the site in the cells where protein synthesis occurs, which is the process where genetic information coded in mRNA is translated into proteins. This process has two main stages: transcription, in which the information from DNA is transferred to mRNA, and translation, in which the mRNA works with ribosomes to produce proteins. Proteins are crucial functional units within the cell and are involved in virtually all cell processes. Ribosomes are found within all living cells and are the place where genetic instruction in the mRNA are read to synthesize proteins in a process called translation.
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Which two structures are first to combine in translation?
rRNA and tRNA is the two structure which combine in process of translation process.
Explanation:
Translation involves decoding a messenger. tRNAs is a specific amino acid and it pairs with mRNA codons which is inside the Ribosome. It covalently strung together. In this process each amino acid has a carboxyl and amino group.
Ribosome is catalyzed for this reaction and generate the one water molecule. It is a complex macro-molecule. It exists in the prokaryotes. Gene make the protein through the translation process. In translation process mRNA is decoded. At the resultant protein is build.
Menkes disease is a recessive sex-linked disorder that affects copper levels in the body, leading to a copper deficiency. The Punnett square shows the genotypes for two individuals.
XMY
If the two individuals have children, what would be the expected outcome?
If they have a daughter, there is a 50% chance that she will be a carrier for the disorder.
If they have a daughter, there is a 50% chance that she will have the disorder.
If they have a daughter, there is a 100% chance that she will be a carrier for the disorder,
If they have a daughter, there is a 100% chance that she will have the disorder:
If the two individuals have children, the expected outcome will be if they have a daughter, there is a 50% chance that she will be a carrier for the disorder. Thus, option A is correct.
What is genetic variation?
Genetic variation allows for differences between individuals due to differences in the inherited DNA. Genetic variation has been defined as difference in the DNA within the individuals or the populations. Skin color as well as hair color, and blood type, dimples all are the examples of genetic variations that seems in a human population.
Genetics has been known as the study of the heredity as well as the variation of the inherited the characters and the genetic properties and the organism's feature and the characteristics. It has been also known as the branch of biology that deals with the study of genetic variation, genes, and the heredity in the organisms.
Therefore, If the two individuals have children, the expected outcome will be if they have a daughter, there is a 50% chance that she will be a carrier for the disorder. Thus, option A is correct.
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If a man with Menkes disease (XMY) has children with a woman who does not carry the disorder (XX), all daughters will be carriers of the disorder (100% chance), and no sons will be affected because they inherit their father's Y chromosome.
The disorder is usually manifested in males who have only one X chromosome (XY). A female (XX) with one affected X chromosome is typically a carrier but does not show symptoms because the healthy X chromosome compensates for the faulty one. When it comes to the inheritance patterns for sex-linked disorders like Menkes disease:
A man with Menkes disease (XMY) will pass on the Y chromosome to his sons, so they will not inherit the disorder.His daughters will inherit his unaffected X chromosome and will not have the disease; however, they will certainly be carriers if their mother is healthy (XX).Therefore, if a man with Menkes disease has children with a woman who does not carry the disorder (XX), all daughters will be carriers (heterozygous for the condition), and no sons will be affected. In summary, if they have a daughter, there is a 100% chance that she will be a carrier for the disorder.What are some freshwater lakes and rivers in georgia?
Some most important freshwater lakes and rivers in Georgia include Lake Lanier, Lake Allatoona, Lake Hartwell, and the Chattahoochee River.
"Some of the major freshwater lakes and rivers in Georgia include:
1. Lake Lanier (officially known as Lake Sidney Lanier) - It is one of the largest lakes in Georgia, located on the Chattahoochee River.
2. Lake Allatoona - A U.S. Army Corps of Engineers lake on the Etowah River in the northwestern part of the state.
3. Lake Hartwell - A man-made reservoir bordering Georgia and South Carolina on the Savannah, Tugaloo, and Seneca Rivers.
4. Lake Oconee - A reservoir located in central Georgia on the Oconee River.
5. Lake Sinclair - A man-made lake on the Oconee River in central Georgia, downstream from Lake Oconee.
6. West Point Lake - Another U.S. Army Corps of Engineers project that straddles the Georgia-Alabama border, located on the Chattahoochee River.
Rivers:
1. Chattahoochee River - Originating in the Blue Ridge Mountains, it flows southwest through Atlanta and forms the southern part of the Alabama-Georgia border.
2. Savannah River - Forming the border between Georgia and South Carolina, it flows southeast to the Atlantic Ocean.
3. Ocmulgee River - It begins in the central part of the state and flows south to Macon, where it joins the Oconee River to form the Altamaha River.
4. Oconee River - It flows south from Hall County and joins the Ocmulgee River to form the Altamaha River.
5. Altamaha River - One of the major rivers in Georgia, it is formed by the confluence of the Ocmulgee and Oconee rivers and flows to the Atlantic Ocean.
6. Etowah River - It flows through the northwestern part of the state and is a tributary of the Coosa River.
These bodies of water are important for the state's ecosystem, economy, and recreational activities. They provide sources of drinking water, support agriculture, and offer opportunities for boating, fishing, and other outdoor recreational pursuits."
The pictures show changes that occurred between 2006 (left image) and
2015 (right image). Which of the following efforts had the most impact on
these changes?
Tot On Down
A. The Paris Agreement
B. The Antarctic Treaty
C. The Montreal Protocol
D. The Kyoto Protocol
The Montreal Protocol efforts had the most impact on these changes.
What is Montreal protocol?
Around 100 synthetic chemicals known as ozone depleting substances are governed under the historic multinational environmental accord known as the Montreal Protocol on Substances that Deplete the Ozone Layer (ODS).
These compounds, when released into the atmosphere, disrupt the stratospheric ozone layer, the screen that shields people and the environment from the sun's harmful UV radiation.
According to separate timelines for industrialized and developing nations (also known as "Article 5 countries"), the Montreal Protocol gradually reduces use and production of the various ODS.
Therefore, The Montreal Protocol efforts had the most impact on these changes.
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What is a gene mutation that affects multiple nucleotides?
Answer:
Frameshift mutation
Explanation:
frameshift mutation / frame-shift mutation; frameshift. A frameshift mutation is a genetic mutation caused by a deletion or insertion in a DNA sequence that shifts the way the sequence is read. A DNA sequence is a chain of many smaller molecules called nucleotides.