Answer B
Explanation:
Explain which cells,tissues,or organs should be modified to lead to successful photosynthesis in animals or humans discuss how these compare to a plants leaves
Only cells with chloroplasts—plant cells and algal (protist) cells—can perform photosynthesis. Animal cells and fungal cells do not have chloroplasts and, therefore, cannot photosynthesize
Why Is Biodiversity Important? Who Cares?
Name three ecosystem services provided by biodiversity.
Answer:
Biodiversity is important for many reasons, and many people care about it. Here are some of the reasons why:
1. Ecological Reasons: Biodiversity plays a vital role in maintaining healthy ecosystems, and it contributes to the functioning of the planet's natural systems. Biodiversity supports a range of ecosystem services that are essential to human well-being.
2. Economic Reasons: Biodiversity provides direct and indirect economic benefits, including food, medicines, and raw materials. It also contributes to the tourism industry, creating jobs and economic growth.
3. Ethical and Aesthetic Reasons: Biodiversity has inherent value, and it is essential to respect and protect the natural world for its own sake. Many people appreciate biodiversity for its beauty and wonder.
Here are three ecosystem services provided by biodiversity:
1. Pollination: Biodiversity, particularly the presence of pollinators such as bees, butterflies, and birds, plays a vital role in pollinating crops and wildflowers. Without pollinators, we would lose many of our favorite foods and beautiful wildflowers.
2. Climate regulation: Biodiversity helps regulate the Earth's climate by absorbing carbon dioxide and releasing oxygen. Forests, for example, are crucial for absorbing carbon dioxide from the atmosphere and preventing climate change.
3. Water purification: Biodiversity, such as wetlands and riparian forests, plays a critical role in filtering and purifying water, which helps maintain the quality of our drinking water sources. These ecosystems also reduce the risk of floods and droughts by regulating water flow.
What is most likely true about ocean temperatures surrounding Africa, which is marked by the star in the following map? (2 points)
Map showing the Ocean Conveyor belt. A warm current runs south to north, west of Africa. The current then reverses course near the Arctic Ocean, so that a cold current flows north to south and finally east of Africa.
Public Domain
Group of answer choices
The ocean temperatures along the western coast of Africa are sometimes higher and sometimes lower than the ocean temperatures along the eastern coast of Africa.
The ocean temperatures along the western coast of Africa are higher than the ocean temperatures along the eastern coast of Africa.
The ocean temperatures along the western coast of Africa are the same as the ocean temperatures along the eastern coast of Africa.
The ocean temperatures along the western coast of Africa are lower than the ocean temperatures along the eastern coast of Africa.
Answer:
The ocean temperatures along the western coast of Africa are higher than the ocean temperatures along the eastern coast of Africa.
Explanation:
Using the map, we can see that the currents of the Atlantic runs warm along the western coast of Africa, but the currents of the Indiant ocean run cool along the eastern coast of Africa. You'll also notice that these oceans do not have the same temperature everywhere - on the eastern coast of North and South America, the water of the Atlantic ocean is cool.
As a graduate student, your thesis project involves characterizing a novel bacterial strain isolated from the soil. Phenotypically, you have discovered that the new bacterial strain can grow in the presence and absence of oxygen. By growing the strain in glucose carbohydrate tubes, you found that the organism is positive for glucose fermentation. After genome sequencing and biochemical characterization, you know that your organism is capable of making all of the enzymes necessary for glycolysis and the TCA cycle, and it possesses an electron transport chain.
Answer the following questions based on the growth of your organism on minimal media plates containing only fructose 1,6-bisphosphate, which can be transported into the cell at the cost of 2 ATP per molecule.
1. Will glycolysis be useful in the metabolism of fructose 1,6-bisphosphate? (Yes or No)
2. When grown aerobically, what is the highest number of NADH molecules that can be generated?
3. When grown aerobically, what is the highest number of FADH2 molecules that can be generated?
4. When grown aerobically, what is the highest net ATP (output-input, including transport) that can be generated?
5. When grown anaerobically by fermentation, what is the highest net ATP (output-input, including transport) that can be generated?
6. Can this organism survive by fermentation of fructose 1,6-bisphosphate alone? (Yes or No)
Fructose-1,6-bisphosphate cannot enter glycolysis directly. It should convert to glucose, producing two ATP molecules.
How many ATP are produced from fructose-1,6-bisphosphate?The glucose is then processed by glycolysis and the citric acid cycle, producing 38 ATP molecules. Fructose 1,6-bisphosphatase (FBPase) is an enzyme that plays an important role in gluconeogenesis. It might be used as a pharmacological target in the treatment of type 2 diabetes. T
he protein is also linked to a rare genetic metabolic disorder, and certain cancer cells lack FBPase activity, which enhances glycolysis and hence facilitates the Warburg effect. A number of tiny molecules, including AMP and fructose-2,6-phosphate, which are negative regulators, and ATP, which is a positive regulator, control the enzyme allosterically.
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In the U.S., 16% of the population is Rh-, due to a homozygous recessive pair of alleles. From this data
determine:
a. the frequency of the recessive allele
b. the frequency of the dominant allele
c. the percentage of homozygous dominants and heterozygotes in the population
a). Given that 16% of the population is Rh- and this is due to a homozygous recessive pair of alleles, we can assume that the frequency of the recessive allele (q) is 0.4 (since q² = 0.16).
b). To determine the frequency of the dominant allele (p), we can use the equation p + q = 1. Therefore, p = 1 - q, which gives us p = 0.6.
c). The percentage of homozygous recessives (Rh-) is 16%, the percentage of homozygous dominants (Rh+) is 36%, and the percentage of heterozygotes (Rh+/-) is 48%.
The percentage of homozygous dominants (Rh+) can be calculated as p², which gives us 0.36 or 36% of the population.
To calculate the percentage of heterozygotes (Rh+/-), we can use the equation 2pq, which gives us 2 x 0.6 x 0.4 = 0.48 or 48% of the population.
Therefore, the percentage of homozygous recessives (Rh-) is 16%, the percentage of homozygous dominants (Rh+) is 36%, and the percentage of heterozygotes (Rh+/-) is 48%.
What are heterozygotes?
Heterozygotes are organisms that have two different alleles, or versions of a gene, for a particular trait. In other words, they inherited one copy of the gene from their mother and a different copy from their father. Heterozygosity occurs when a gene locus has two different alleles, which may or may not produce different phenotypes or physical traits. Heterozygotes are denoted by having one dominant and one recessive allele, where the dominant allele typically masks the expression of the recessive allele.
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Which of the following correctly describes the functions of the rough endoplasmic reticulum (RER) and Golgi apparatus, respectively?
Answer:
The rough endoplasmic reticulum (RER) is involved in the synthesis, folding, and modification of proteins, particularly those that are destined for secretion or for use in the cell membrane. It has ribosomes attached to its surface, which are responsible for protein synthesis.
The Golgi apparatus is responsible for modifying, sorting, and packaging proteins and lipids into vesicles for transport to their final destinations, either within the cell or outside of it. It is also involved in the synthesis of certain carbohydrates. The Golgi apparatus receives vesicles from the endoplasmic reticulum and modifies their contents before sending them on to their final destination.
Every organism is placed into a group that is unique to it. Every organism is a member of a Species. All organisms that are the same ___________ are able to breed and produce fertile offspring.
Answer:
The missing word is species if that was what u were looking for
Explanation:
How many potassium ions move into the cell while how many sodium ions move out of the cell?
Answer:
3 sodium leave, 2 potassium enter
Explanation:
trust me
9. The Great Oxygenation Event was caused by
photosynthesizing cyanobacteria in Earth's early
history. What evidence do we have to support
this?
tree ring data
O increased levels of pollen
O banded iron formations
O ice core data
Question on my study about Charles Darwin and his theory of evolution...
Compare the fossils of horse ancestors wither the structures of a modern horse. According to the fossil record, which species in the horses' ancestry was likely the first to run on three toes?
a. merychippus
b. hyracotherium
c. mesohippus
d. pliohippus
4 We cannot digest fibre. Explain why we still need to eat it.
Dietary fiber increases the weight and size of your stool and softens it. A bulky stool is easier to pass, decreasing your chance of constipation. If you have loose, watery stools, fiber may help to solidify the stool because it absorbs water and adds bulk to stool. Helps maintain bowel health.
What does the allele notation tt mean to geneticists?
a. two dominant alleles
b. two recessive alleles
c. at least one dominant allele
d. one dominant allele and one recessive allele
Answer:
B)
The allele notation tt means two recessive alleles to geneticists. The lowercase letter t represents a recessive allele, while the uppercase letter T represents a dominant allele. Therefore, tt indicates that an individual has two copies of the recessive allele for a particular gene. This means that the individual will express the corresponding recessive trait since there are no dominant alleles present to mask its expression.
How does the existence of a site like Cactus Hill demonstrate the challenges that archaeologists face when making theories? Write a one- or two-sentence response.
The findings of archaeologists are based on cactus uncovered across a wide region. It's not always possible to pinpoint exact dates, and scientists do not often agree on the information that the evidence reveals. It's possible for new discoveries to refute established notions.
They view Cactus Hill as important because it contradicts widely accepted theories about Paleoindian migration. The claim that members of the Clovis civilization were the first widely dispersed settlers in the Americas is known as the "Clovis first hypothesis," which the majority of anthropologists today reject.
Native American camping grounds may be found in Sussex County at the Cactus Hill Archaeological Site, which is close to the Nottoway River.
They discovered several human-made artefacts. The older the artefacts, the older they are! The ancient hunters' spearheads, known as CLOVIS points, were discovered.
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PLLLLZZZZZZZZZ HEEEELLLPPPPP
In what way is petroleum, a fossil fuel, distributed on Earth?
a. spread evenly, with most places having very littlespread evenly, with most places having very little
b. spread evenly, with most places having a lotspread evenly, with most places having a lot
c. spread unevenly, but with all places having at least somespread unevenly, but with all places having at least some
d. spread unevenly, with some places having none
In disruptive selection, organisms on which part of the curve have the lowest fitness?
Answer:
In disruptive selection, organisms in the middle of the curve have the lowest fitness, while organisms at the extremes have the highest fitness.
Explanation:
A mother has type B blood her daughter has type AB and her son has type O. What is the genotype of the
mother?_____
the father?_____
Answer:
The mother's genotype could be BB or BO since she has type B blood.
To determine the possible genotypes of the father, we need to use the principles of Mendelian genetics. Since the mother has type B blood, she must have at least one B allele, but she could have either another B allele or an O allele. We can represent the mother's possible genotypes as BB or BO.
The daughter has type AB blood, which means she inherited one A allele from one parent and one B allele from the other parent. Therefore, the father must have at least one A allele and one O allele or two A alleles. We can represent the father's possible genotypes as AO, BO, AB, or OO.
The son has type O blood, which means he inherited two O alleles, one from each parent. Therefore, the father must have at least one O allele. We can eliminate the AB genotype for the father because it would result in the son having type A or AB blood.
So, based on the blood types of the mother, daughter, and son, the possible genotypes of the parents are:
Mother: BB or BO
Father: AO, BO, or OO
Note that we cannot determine the exact genotypes of the parents with certainty based on the blood types alone, as there could be multiple combinations of genotypes that would result in the observed blood types. However, the above possibilities are the most likely based on the known principles of Mendelian genetics.
At terminal velocity, the force of air resistance pushing up on a skydiver is equal in magnitude to the force of gravity pulling down upon him. If at 5000 feet up in the air, he reaches a terminal velocity of 120 mph downward, what will his velocity be when he pulls the chute at 2000 feet?
Fnet = 0 at terminal velocity. As a result, the force of gravity (the person's weight) and the drag force on the skydiver must be equal.
What happens to a skydiver's motion when the force of gravity and air resistance are equal while they are falling?A balance of forces is reached and the skydiver stops accelerating after the force of air resistance equals the force of gravity. According to reports, the skydiver had achieved a terminal velocity.
When the object reaches the point when the force of gravity downward equals the force of air resistance upward?The force of gravity and the force of upward air resistance will eventually balance each other out. There is no longer any acceleration at this stage because the forces are balanced. The increase in speed will stop. The object has attained its maximum velocity or speed.
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What is the genotype of individual II-3? Explain why you think so.
Speculate on how this effect of K+ on NCC action could
simultaneously prevent hyperkalemia (from the high dietary K+ intake) AND promote increased
Na+ excretion, leading to modulation of blood pressure.
The effect οf K+ οn NCC actiοn cοuld prevent hyperkalemia by activating the NCC tο increase the reabsοrptiοn οf Na+ frοm the renal tubule.
What is Hyperkalemia?Hyperkalemia is the medical term fοr an abnοrmally high level οf pοtassium in the blοοd. It is caused by excessive dietary intake οf pοtassium, kidney disease, and certain medicatiοns. Symptοms οf hyperkalemia can include nausea, weakness, muscle paralysis, and an irregular heartbeat.
This increased reabsοrptiοn οf Na+ wοuld increase the amοunt οf Na+ available tο be exchanged fοr K+ in the renal tubules, resulting in less K+ being excreted in the urine and mοre K+ being reabsοrbed frοm the renal tubules and intο the blοοdstream.
At the same time, this increased reabsοrptiοn οf Na+ wοuld reduce the amοunt οf Na+ excreted in the urine and lead tο an increase in the blοοd pressure. This increase in blοοd pressure wοuld then activate the renin-angiοtensin-aldοsterοne system, which wοuld cause the bοdy tο secrete mοre aldοsterοne, further increasing the reabsοrptiοn οf Na+ and K+ frοm the renal tubules and leading tο a further increase in blοοd pressure.
The effect οf K+ οn NCC actiοn can simultaneοusly prevent hyperkalemia by increasing Na+ reabsοrptiοn and excreting less K+ in the urine, while prοmοting an increase in Na+ excretiοn and blοοd pressure, which is regulated by the renin-angiοtensin-aldοsterοne system.
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. Nitrogen-containing nutrients are recycled in ecosystems.
Nitrogen-fixing bacteria convert atmospheric nitrogen gas into organic nitrogen. This organic nitrogen makes its way into terrestrial food chains. As nitrogenous wastes in the soil, it departs from the food webs.
Does an ecosystem recycle nitrogen?By breaking down the nitrogen components (proteins) in dead plants and animals as well as in animal manure, specific bacteria are able to recycle the nitrogen. Specialized bacteria may recycle nitrogen compounds if plants do not utilize them as fertilizer.
Do ecosystems typically recycle nutrients?One of the most critical components of an ecosystem is the recycling of nutrients. The ecosystem becomes self-sufficient as a result. The organic material in dead and decaying plants and animals is broken down by decomposers into inorganic nutrients that can be utilized by plants.
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how many moles/grams of NaCl are needed to make 3L of a 10M solution?
Answer:
To calculate the number of moles of NaCl needed to make a 10M solution in 3L of water, we can use the formula:
moles = Molarity x volume (in liters)
Here, Molarity = 10M and volume = 3L.
So, the number of moles of NaCl required can be calculated as:
moles = 10M x 3L = 30 moles
To convert moles to grams, we need to use the molar mass of NaCl, which is 58.44 g/mol. So, the mass of NaCl required can be calculated as:
mass = moles x molar mass = 30 moles x 58.44 g/mol = 1753.2 g
Therefore, we need 30 moles or 1753.2 grams of NaCl to make a 10M solution in 3L of water.
Explanation:
how would you explain the ID, EGO and SUPEREGO in your own words?
a student is studying for her final exam. she is in jeopardy of loosing her scholarship if she fails her classes. a friend calls and tells her there is a great party going on and that they should hurry up and go.
what would your ID tell her to do?
what would her EGO tell her to do?
what would her SUPEREGO tell her to do?
Answer:
The concept of ID, EGO, and SUPEREGO was introduced by Sigmund Freud as part of his psychoanalytic theory.
In my own words, ID is the primitive, instinctual part of our personality that operates according to the pleasure principle, seeking immediate gratification of our desires and needs. It operates at the unconscious level and is concerned with fulfilling basic biological needs, such as hunger and thirst.
EGO, on the other hand, is the rational part of our personality that operates according to the reality principle, seeking to satisfy our needs and desires in ways that are socially acceptable and practical. It operates at the conscious level and mediates between the demands of the ID and the constraints of the external world.
SUPEREGO is the moral part of our personality that represents the internalized values and ideals of society, such as morality, ethics, and social norms. It operates at both the conscious and unconscious level and provides a sense of right and wrong.
In the given scenario, the ID would tell the student to go to the party and have fun because it seeks immediate pleasure and gratification. It would not take into account the potential consequences of failing the exam and losing the scholarship.
The EGO would tell the student to prioritize studying for the exam because it recognizes the importance of passing the classes and keeping the scholarship. It would consider the potential consequences of going to the party and not studying.
The SUPEREGO would tell the student to prioritize her responsibilities and obligations over the party because it represents the internalized moral values and social norms that prioritize academic success and responsibility. It would consider the potential consequences of not fulfilling her responsibilities and the impact it might have on her future.
Write the name of the model that describes cell membrane’s structure.
Answer:Fluid mosaic model
Explanation:
A bird cell with 10 chromosomes goes through the cell cycle. How many daughter cells are created at the end of 3 cell cycles AND how many chromosomes are in each daughter cell if none of them die?
Answer:
At the end of one cell cycle, a cell with 10 chromosomes will divide into two daughter cells, each with 10 chromosomes.
After 2 cell cycles:
One cell divides into two, so there are now 2 cells.
Each of those two cells divide into two, so there are now 4 cells.
Each of those four cells divide into two, so there are now 8 cells.
After 3 cell cycles:
One cell divides into two, so there are now 16 cells.
Each of those 16 cells divide into two, so there are now 32 cells.
Each of those 32 cells divide into two, so there are now 64 cells.
So at the end of 3 cell cycles, there are 64 daughter cells.
Each daughter cell will have 10 chromosomes, since the number of chromosomes did not change during the cell cycles.
Explanation:
Which winds would move the slowest?
A. winds from slightly high to slightly low pressure
B. winds from very high to very low pressure
C. winds from very high to slightly low pressure
D. winds from slightly high to very low pressure
Winds move from areas of high pressure to areas of low pressure in an attempt to equalize pressure imbalances.
Therefore, the speed of the wind is directly related to the pressure gradient force, which is the difference in pressure between two points divided by the distance between them.
In this context, option D, winds from slightly high to very low pressure, would typically move the fastest, as the pressure gradient force is the greatest in this scenario. Conversely, option A, winds from slightly high to slightly low pressure, would move the slowest, as the pressure gradient force is weaker in this scenario.
Therefore, the answer to the question is A, winds from slightly high to slightly low pressure, would move the slowest.
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What is the crude mortality rate in this population in deaths per 10,000 per day?
(A) 303
(B) 7.6
(C) 3.7
(D) 7.7
(E) 1.9
(F) You can't tell from the information given
Answer:
you cant tell from the information given because we need the number of deaths
Explanation:
ii. What type of chemicals are used in sanitation? Name any four of them.
Answer:
Explanation:
Alcohol.Chlorine and chlorine compounds.Formaldehyde.Glutaraldehyde.Hydrogen peroxide.Iodophors.Ortho-phthalaldehyde (OPA)Peracetic acid.
9. Structures that we see today were often formed a long time ago
A. What are cirques? (2 points)
B. How are they formed? (2 points)
At high heights, glaciers chisel bowl-shaped depressions called cirques into the sidewalls of mountains and valleys.
What are some cirque examples?An outstanding illustration of a cirque glacier is the Eel Glacier on Mount Anderson in Olympic National Park, Washington. The bare ice in the ablation zone of the glacier seems bright in this image because it reflects light considerably more effectively than the dull snow surrounding it.
What kind of lake is a cirque?Cirques are shaped like amphitheaters and have rock walls that are steep on three sides. The glacier is flowing toward the fourth side. Cirque lakes or tarns are created when water collects in the cirques after the glacier retreats or vanishes.
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A. waterfall B. well C. spring D. aquifer What do we call an area where water flows out of the ground because the land is lower than the water table?
Answer:
C. Spring
the land surface intersects the water table.
Explanation:
A spring: is a natural exit point at which groundwater emerges out of the aquifer and flows onto the top of the Earth's crust (pedosphere) to become surface water. It is a component of the hydrosphere as well as a part of the water cycle. Springs have long been important for humans as a source of fresh water, especially in arid regions which have relatively little annual rainfall.Spring water is one of Earth’s most ancient and purest forms. It is sourced from natural springs and deep underground water sources located in geologically and ecologically sensitive areas.
Explanation:
All matter in an ecosystem has to be used
A. without energy
B. repeatedly
C. occasionally
D. only once
All matter in an ecosystem has to be used repeatedly
Why does matter in an ecosystem need to be used repeatedly?Matter in an ecosystem is constantly cycled and reused to support life. For example, plants take in carbon dioxide and release oxygen, while animals take in oxygen and release carbon dioxide. Nutrients from dead organisms are also recycled by decomposers and used by other organisms.
What happens if matter in an ecosystem is used only once?If matter in an ecosystem is used only once, it would quickly become depleted, leading to a collapse of the ecosystem. This is because new matter cannot be created, so all the matter that exists must be recycled and reused to support life.
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