Is my writing correct

Is My Writing Correct

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Answer 1

Answer:

Looks good. For Question 11. You can gramarly it so it your writing can sound better helps me I hope you get a good grade!!

Explanation:


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Two processes that are commonly used to seperate mixtures are

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Answer:

Evaporation and Distillation

aniridia is a dominant genetic disorder leading to congenital severe vision impairment. a child is born with aniridia. the father has normal vision. what are the possible genotypes of the child, the mother, and the father?

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A child is born with aniridia. the father has normal vision. The possible genotypes of the child, the mother, and the father are aa, AA or Aa and Aa respectively.

Aniridia is an eye condition in which the colored part of the eye (the iris) is either completely or partially absent. The pupils may be abnormal or misshapen as a result of these iris abnormalities. Visual acuity, or sharpness of vision, can be affected, as can photophobia, and increased sensitivity to light.

Aniridia is acquired in an autosomal dominant pattern, and that implies one duplicate of the adjusted quality in every cell is adequate to cause the problem. The mutation is passed down from one affected parent in approximately two-thirds of cases.

Father genotype is - aa.(normal vision)

Mother genotype is - AA or Aa (deseased vision)

child's genotype should be Aa (A comes from mother and a comes from father)

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how do hydrogen ions (h+) and chloride ions (cl–) get into the lumen of the stomach?

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Cl- diffuses from parietal cells into the lumen of the stomach, while H+ is actively transported from parietal cells into the lumen.

HCl is secreted by parietal cells at a concentration of about 160 mM, which is equivalent to a pH of 0.8. Large cannaliculi, deep plasma membrane invaginations that run parallel to the stomach's lumen, are where the acid is secreted.

Conductance channels transport chloride and potassium ions into the cannaliculus lumen, which is necessary for acid secretion. The proton pump moves hydrogen ions out of the cell and into the lumen in exchange for potassium; As a result, potassium is effectively recycled.

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explain the presence of specialized digestive organs in the animals studied in this laboratory given that they all have a coelom and a complete digestive system with a separate mouth and anus.

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The digestive tract consists of the oral cavity and its associated organs (lips, teeth, tongue, and salivary glands),

The esophagus, the ruminant forestomachs (reticulum, rumen, omasum), and the true stomach in all species, the small intestine, the liver, the exocrine pancreas, the large intestine, and the rectum and anus.

Food could only travel through the body in one direction if the mouth and anus were separate. This improved digesting efficiency. An animal might continue to feed while digesting food and eliminating waste. Different regions of the digestive tract may become specialized for certain digestive tasks.

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Genomic imprinting, dna methylation, and histone acetylation are all examples of?

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Genomic imprinting, DNA methylation, and histone acetylation are all examples of Epigenetic phenomena.

Epigenetic phenomena is the field of science which determines how behaviors tend to change with environment and how it affects our gene functions and expression. Though these changes are not irreversible in nature, yet they determine the DNA sequence indirectly. DNA methylation refers to the addition of a methyl group, to the part of the DNA molecule which inhibits expression of certain genes. Genomic imprinting is the biological condition in which only one copy of gene is expressed while other is either suppressed or hidden. For example: Silver-Russell syndrome. Histone acetylation is a form of epigenetic change in which the chromatin architecture varies and regulates gene expression.

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how to calculate alpha value in case we got mixed type of inhibition and how to relate it with non-competitive and un-competitive inhibition?

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One method for doing it is to utilize nonlinear least-squares relapse to fit the whole informational index worldwide to the underneath condition to acquire best-fit values for every one of the motor constants.

For mixed-type inhibition, the convergence in the plot is given by [I] = −Ki and (v)/v= −Ki/K'i in the third quadrant, and in the extraordinary situation where Ki = K'i (noncompetitive inhibition) the crossing points happen where [I] = −Ki and (v)/v= −1. Noncompetitive inhibition is a unique sort of blended restraint, where the inhibitor predicaments both the free catalyst and the compound substrate complex with an equivalent proclivity. In such a circumstance, the response will fall, yet they will stay unaltered. Serious and non-cutthroat inhibitors can be distinguished by what they mean for a protein's action at various substrate focuses. Assuming an inhibitor is cutthroat, it will diminish response rate when there's very little substrate, but rather can be "out-contended" by bunches of the substrate.

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how do living organisms create macromolecules, organelles, cells, tissues, and complex higher-order structures?

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Living organisms create macromolecules, organelles, cells, tissues, and complex higher-order structures by recycling and reusing energy from the sun.

A cell has 3 elements: the cell membrane, the nucleus, and the cytoplasm. . The nucleus is a structure inside the cell that incorporates the nucleolus and the maximum of the cellular's DNA. it's also in which maximum RNA is made.

Cells are the basic constructing blocks of all residing things. They offer shape for the body, absorb nutrients from meals, convert those vitamins into electricity, and perform specialized functions.

Cells provide shape and function for all dwelling matters, from microorganisms to people. Cells residence the organic equipment that makes the proteins, chemical substances, and indicators chargeable for the whole thing that occurs interior our bodies.

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mechanisms used by human cytomegalovirus (cmv) that prevent the presentation of viral antigens to cd8 t cells?

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CMV, like other herpesviruses, can also evade immune detection in some cells by silencing viral gene antigen expression through establishment of latency.

In the science of immunology, an antigen (Ag) is a molecule, chemical structure, foreign particle, pollen grain, or other foreign substance that can attach to a particular antibody or T-cell receptor. The body's antigens have the power to initiate an immunological response. Antigen is the name given to a substance that causes the body to produce antibodies. Proteins, polysaccharides (chains of simple sugars), peptides (amino acid chains), lipids, and nucleic acids can all be antigens.

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the enzyme rubisco can catalyze two seemingly conflicting reactions. it is both a carboxylase and an oxygenase. when the enzyme first evolved, why was this probably less of a problem?

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The enzyme rubisco can catalyze two seemingly conflicting reactions, it is both a carboxylase and an oxygenase because when the enzyme first evolved there was very little oxygen in the primitive atmosphere.

What is a biological enzyme catalyst?

A biological enzyme catalyst is a protein capable of reducing the activation energy requires to carry out a chemical reaction such as in this case the rubisco enzyme which acts both as oxygenase and carboxylase.

An oxygenase is an enzyme that catalyzes the addition of molecular oxygen, while a carboxylase is an enzyme that catalyzes the addition of carbon, which was facilitated in the primitive highly rich carbon atmosphere.

Therefore, with this data, we can see that a biological enzyme catalyst such as rubisco is able to catalyze the addition of oxygen and carbon, which was likely due to the conditions of the primitive atmosphere.

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FILL IN THE BLANK. ________ enhances protein synthesis, decreases glucose use, and promotes the destruction of fats.

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Growth hormone enhances protein synthesis, decreases glucose use, and promotes the destruction of fats.

what is Growth hormone ?

Growth hormone promotes early development and aids in the survival of tissues and organs through life. It is produced by the pituitary gland, a tiny organ at the bottom of the brain. However, the pituitary gland gradually reduces the amount of growth hormone it generates starting in middle life.

This natural slowdown has generated interest in the use of artificial human growth hormone (HGH) as a method of avoiding some of the aging-related changes, such as a decline in bone and muscle mass.

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The symptoms of diphtheria are due to an exotoxin that blocks proteins synthesis in host cells.

a. Trueb. False

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A diphtheria exotoxin prevents host cells from synthesizing proteins, which causes the symptoms of the disease. This assertion is accurate.

Diphtheria is a dangerous bacterial illness that often affects the nose and throat mucous membranes (dif-THEER-e-uh). Because the illness is widely immunized against in modern nations like the US, diphtheria is incredibly uncommon. Signs and symptoms of diphtheria often appear 2 to 5 days after an individual contracts the disease. A thick, gray membrane that covers the tonsils and throat is one sign and symptom of tonsillitis. a raspy voice, a painful throat enlarged lymph nodes and swollen glands in the neck fast breathing or difficulty breathing nasal dripping, fatigue, chills, and fever. Similarly to other bacterial skin infections, a second kind of diphtheria can damage the skin, resulting in discomfort, redness, and swelling. greyish rash covering the sores.

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increased population, a higher body temperature, and a rapidly beating heart are all possible responses to a stressful situation.these body responses are most likely a direct result of the interaction

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Increased perspiration, a higher body temperature, and a rapidly beating heart are all possible responses to a stressful situation, and these body responses are most likely a direct result of the interaction of the nervous and hormonal systems.

What does the interaction of the nervous and hormonal systems mean?

The interaction of the nervous and hormonal systems refers to the body process in which the expression of certain chemical messengers called hormones may control concomitant responses triggered by the nerve system, which is an organ system aimed at sensing signals from the environment in order to process them and then produce a response.

Therefore, with this data, we can see that the interaction of the nervous and hormonal systems may lead to increase perspiration, the temperature inside the body, and the heart pumps when the body is under a given stressful situation.

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which cranial nerves are classified as predominantly motor? multiple select question. viii iv v x i xi iii vii xii ix ii vi

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Cranial nerves that are classified as predominantly motor are:

IV , VI , III , XII , XI.

The cranial nerves are a group of 12 paired nerves located in the back of the brain. Cranial nerves transmit electrical signals from your brain to your face, neck, and torso. Your cranial nerves assist you in tasting, smelling, hearing, and feeling sensations. They also assist you in making facial expressions, blinking your eyes, and moving your tongue.

Some have special sensory functions, while others have somatic sensory functions, autonomic functions, somatic motor functions, or a mixture of the aforementioned functions. Motor functions are controlled by the oculomotor nerve, the trochlear nerve, the mandibular branch of the trigeminal nerve (V3), the abducens nerve, the facial nerve, the glossopharyngeal nerve, the vagus nerve, the spinal accessory nerve, and the hypoglossal nerve.

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bicoid mrna is expressed in a gradient in drosophila embryos. loss of bicoid function leads to embryos with two posterior ends. what if researchers in

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With no anterior-posterior body axis, the infant would most likely grow into type D, according to the statement.

What does the bicoid protein do?

Bicoid protein promotes the expression of anterior gap genes such hunchback, orthodenticle, & buttonhead while suppressing the translation of downstream mRNA.

Briefing:

This embryo lacks workable bicoid mRNA and has bicoid mRNA pumped at the posterior end. Because it lacks fully functioning bicoid mRNA, the anterior end cannot develop, while the posterior end these have bicoid mRNA injected, the posterior tail won't develop, resulting in the absence of an anterior-posterior body axis. Normally, bicoid casein prevents the development of the posterior end and inhibits the establishment of the tail in.

Since there is no anterior-posterior body axis, the correct answer is D.

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assuming resting conditions at sea level, what is the partial pressure of carbon dioxide in systemic veins

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Assuming resting conditions at sea level, the partial pressure of carbon dioxide in systemic veins is 46 mm Hg.

What is the carbon dioxide partial pressure in systemic veins?

In systemic veins, the partial pressure of carbon dioxide is 46 mm Hg. Alveoli have a low partial pressure of carbon dioxide compared to lung capillaries.

Carbon dioxide concentration is high in the veins as compared to the arteries because veins carry deoxygenated blood from body to the heart chambers. Thus, amount of oxygen is low in comparison to carbon dioxide.

Using network of arteries, veins and capillaries, the blood carries carbon dioxide to lungs and picks up oxygen.

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the effective circulating volume is the major regulator of water balance in the body. what else does it regulate?

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Apart from being the major regulator of water balance in the body the effective circulating volume regulates sodium levels in the body as well.

The portion of the ECF that is inside the vascular space and efficiently perfusing the tissues is referred to as the effective circulating volume. Effective circulation volume and ECF volume both fluctuate with total body sodium storage, and both parameters do as well. Volume expands when sodium is added, and volume shrinks when sodium is removed.

Effective circulating volume, which relates to the capillary circulation's rate of perfusion, is not a quantity that can be measured. By adjusting cardiac output, renal sodium and water excretion, and vascular resistance, effective circulation volume is kept constant. Venous return, cardiac output, and blood pressure all drop with a decrease in effective circulation volume. Special volume receptors in the cardiopulmonary circulation and kidney detect decreases in volume and pressure and increase sympathetic tone, increasing arterial and venous constriction as well as cardiac contractility and heart rate.

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Which of the following helps in conserving and preserving the biodiversity?

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Biodiversity is all the different kinds of life you’ll find in one area—the variety of animals, plants, fungi, and even microorganisms like bacteria that make up our natural world. Each of these species and organisms work together in ecosystems, like an intricate web, to maintain balance and support life.

Some of the ways to protect biodiversity are:

1Conserve your water use: Fresh bodies of water are essential to biodiversity. Reducing the amount of water you use, by having a 5-minute shower or not running the water when washing up the dishes, can help protect vital wetlands.Plant scientists are also working to help conserve by developing crop varieties that use less water.

2Protect natural habitats: Human impact on the earth can have a devastating impact on biodiversity. Small steps like keeping to walking paths, and not stepping through flowers or crops, can help protect what is growing there.

3Support farmers: Farmers play a key role in conserving biodiversity.

With the help of biotechnology and plant science, farmers can grow more food on the same amount of land. This takes the pressure off the need to convert natural habitats into farmland.

4Reduce, reuse and recycle: Recycling reduces pollution by decreasing energy, electricity, and water consumption and the need for landfills. Not only can you recycle bottles and cans, but your local recycling center will usually allow you to recycle clothes, electrical goods and batteries.Programs around the world have collected and recycled almost 800,000 metric tons of empty pesticide containers and agricultural plastics in the last thirteen years. That is more than the weight of 100 Eiffel Towers.

5Plant local flowers, fruits and vegetables: Research the plants and vegetables that are local to your area and grow a variety. Each plant and vegetable helps to protect biodiversity and supports the wider ecosystem of your local area.

6Help the bees: Bees pollinate nearly 90% of plant species and they contribute to more than 35% of the world’s food supply, but they’re under threat from varroa mites. Plant scientists are developing cutting edge crop protection products to help farmers control the mites and protect precious bee populations.

)Educate yourself and others: Educating people about the importance of biodiversity conservation increases public awareness of the issue. As public awareness increases, people become more involved in caring about their environment.

how many taxonomic groups do gorilla and human share

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Answer:

the answer to the question is six

during semiconservative replication, the dna sequence act results in which sequence on the new strand?
a. ACT
b. TCA
c. TGA
d. UGA

Answers

Answer:
TGA

Explanation:
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which action could help a biologist determine whether a particular plant population had been attacked by a bacterial pathogen in the recent past?

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In tissues of plants sampled from across the population, search for increased amounts of PR protein bacterial pathogen in mRNA transcripts.

Which plant cells are examples of sink and source cells?

Sources: Green stems, full leaves, and photosynthetic tissues. Storage organs that are emptying their stockpiles - storage tissues in seeds that are germination - tap tubers or roots at the beginning of the growth session. Sinks: Growing or absorbing mineral ions from the soil utilizing energy from cell respiration.

What evolutionary benefit might a plant experience if it uses double fertilization rather than just one?

Instead of a single dose, the zygote receives two doses of genetic material. By only providing a food source for zygotes once they successfully develop, the plant is able to conserve energy.

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how many protons are translocated across the membrane by complex i for every pair of electrons that are passed from nadh to coqh2?

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Each pair of electrons that Complexes I and III send across the membrane is exchanged for four protons.

Explain the mechanism of Oxidative Phosphorylation?

The majority of the useable energy released after the breakdown of fats or carbohydrates is produced by the mitochondrial process known as oxidative phosphorylation. For instance, the citric acid cycle and glycolysis's breakdown of glucose result in the production of two molecules of FADH2, ten molecules of NADH, and four molecules of ATP.

A further 32–34 ATP molecules are subsequently produced by oxidative phosphorylation using the electrons that were previously transferred from NADH and FADH2, along with a transfer of electrons from molecular oxygen. The inner mitochondrial membrane, which eventually acts as the primary source of cellular energy, is home to protein complexes that are essential for electron transport and oxidative phosphorylation.

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based on the information that you found on mesosaurus, how do you think this animal might have gotten distributed in this pattern?

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Mesosaurus got distributed in this pattern because of the extinction of Pangea 250 million years ago.

The genus of extinct aquatic animals known as Mesosaurus, which means middle lizard, lived in the southern hemisphere during the early Permian period. Mesosaurus fossils can be found in Africa and South America. They were separated during the 250 million-year breakup of Pangea. Strong evidence for the existence of Pangea is provided by the identical fossils found in both locations.

After early tetrapods arrived on land in the Late Devonian or later in the Paleozoic, Mesosaurus was one of the first known reptiles to return to the water. It had webbed feet, a streamlined body, and a long tail that may have supported a fin. It was about 3.3 feet long. It probably used its flexible tail and long hind legs to move through the water.

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Which proportionality does Kepler’s third law describe?

T2 d
T d
T3 d2
T2 d3

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The proportionality which Kepler’s third law of planetary motion describes is: D. T² ∝ d³

What is a planet?

In Science, a planet can be defined as a terminology which is used to describe a large astronomical (celestial) object that has sufficient mass to allow for self-gravity and make it assume a nearly circular shape or spherical shape.

What is Kepler's third law?

Kepler's third law of planetary motion states that the square of any planetary body's orbital period (T) is directly proportional to the cube of its orbit's semi-major axis (a).

Mathematically, Kepler's third law of planetary motion is represented or modeled by this mathematical expression:

T² = d³

Where:

T represents the orbital period.d represents the semi-major axis.

In conclusion, planet Earth has 1 astronomical unit (AU) in 1 year of time.

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Complete Question:

Which proportionality does Kepler’s third law describe?

T² ∝ d

T ∝ d

T³ ∝ d²

T² ∝ d³

genetic variation among humans is relatively small when compared to other species. where in the human genome does most of the diversity occur? in sequences that code for tRNA in the homeotic genes in the mitochondrial DNA in single nucleotide-polymorphisms
a. in squences that code for tRNA
b. in the homeotics gene
c. in the mitocondrial DNA
d. in single nucleotide polymorphisms

Answers

The difference in DNA between individuals or communities is known as genetic variation. Mutation and genetic recombination are two of the many processes that cause genetic variation. Genetic variation is mostly caused through mutations, but other processes like genetic drift also play a role.

single nucleotide polymorphisms are found in the tRNA-coding sequences of the homeotic genes in the mitochondrial DNA.

When a single nucleotide in the genome sequence is changed, a variation in DNA sequence is created that is present in at least 1% of the population.

SNPs are allegedly present between genes in the DNA. They are sometimes referred to as biological markers since they enable researchers to find genes linked to disease. Therefore, SNPs that affect a gene's function may have a more immediate impact on disease when they occur within a gene or in a regulatory region close to a gene.

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increasing concentrations of a drug produces the following flow cytometry plots of the cell cycle. what is the drug likely doing?

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Drug seeking and usage that is obsessive, or difficult to control, despite negative effects, characterizes addiction as a chronic condition.

Most people choose to use drugs voluntarily at first, but continued drug use can result in brain changes that make it difficult for an addict to maintain self-control and interfere with their capacity to withstand strong desires to use drugs. Drug addiction is seen as a "relapsing" disease because of these potentially long-lasting brain changes; those in recovery from drug use disorders are more likely to relapse even after years of abstinence.

The brain adjusts as a person uses drugs by lowering the ability of cells in the reward circuit to react to it. As a result, the person experiences a lower high than they did when they initially started using the drug. This is a phenomenon known as tolerance. To try to get the same high, they can use more of the substance. These brain changes frequently result in the person's ability to enjoy formerly enjoyable activities like eating, sex, or social interactions diminishing with time.

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What is the age of a fish fossil that is 0.0 carbon-14

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Answer:

Up to about 50,000 years old.

Explanation:

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Simple diffusion requires energy to move materials through the membrane that is why it is called passive.a. Trueb. False

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False (b). Diffusion is a kind of process that does not require energy.

Microorganisms, plants, and animals all benefit from the diffusion of tiny molecules as well as macromolecules (like proteins) in aqueous solutions. Diffusion plays a significant role in the drying of liquid mixes and solutions as well as the preparation of food. For example, during evaporations, scent components in fruit juice, coffee, and tea diffuse from solutions.

Products, waste, and occasionally enzymes diffuse out during fermentation while nutrients, oxygen, and sugar diffuse to the microbes. Urea, creatinine, and extra fluid are all removed from the blood by the kidneys. Patients with dysfunctional kidneys receive renal dialysis to eliminate waste materials from their blood.

The hemodialysis procedure involves pumping the patient's blood through a dialyzer while waste diffuses to the aqueous cleaning fluid across a semipermeable membrane.

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Similar to the Lionfish, the Asian Carp causes serious damage to the native fish populations in the lakes and rivers that they infest because they out-compete other fish for food and space. Carp are also known to lower water quality and dominate entire streams, pushing out the native fish.

Q. What are the effects of Asian Carp invading an ecosystem and replacing native fish?

Answers

Answer:

The presence of Asian Carp in an ecosystem can have several negative effects on native fish populations. These effects include:

Competition for food and space: Asian Carp are known to out-compete other fish for food and space, which can lead to a decline in the number and diversity of native fish species.

Dominance of entire streams: Carp are highly adaptable and can quickly dominate entire streams, pushing out native fish species.

Lowering of water quality: The feeding and breeding habits of carp can lead to a decline in water quality, which can be harmful to native fish populations.

Reduction of biodiversity: The loss of native fish species due to the presence of Asian Carp can lead to a reduction in biodiversity in the ecosystem.

Overall, the invasion of Asian Carp in an ecosystem can have serious negative effects on native fish populations and the overall health of the ecosystem.

3) when a piece of chromosome breaks off and reattaches at another site on the same or another chromosome, this is called

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When a piece of chromosome breaks off and reattaches at another site on the same or another chromosome, this is called chromosomal translocation.

In the field of science, chromosomal translocation can be described as a process in which a region of genes that is present on one chromosome have the ability to break and jump from to another chromosome and join to the other chromosomes.

These genes that take part in the process of chromosomal translocation are referred to as the jumping genes. It is due to the phenomenon of chromosomal translocation that same regions of genes in one chromosome can be found in another chromosome as well.

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?which animal has the highest weight-specific total rate of evaporative water loss chicken hummingbird ostrich screech owl

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b) Hummingbirds have the highest weight-specific total rate of evaporative water loss.

In the field of biology, hummingbirds can be described as small birds that have the ability to fly just like the majority of other birds. In order to fly, hummingbirds need to have a weight-specific rate for the loss of water.

This weight-specific loss of water by evaporation is higher in hummingbirds because in order to fly, the weight-to-surface ratio of the hummingbirds needs to be small. Hence, a higher amount of water is lost by evaporation in hummingbirds to maintain the specific weight required for flying.

Other options, like chicken, are not correct as chickens do not need to be weight-specific as they do not fly, and hence much of their water is stored rather than being evaporated.

The question will correctly be written as:

Which animal has the highest weight-specific total rate of evaporative water loss?

a) chicken

b) hummingbird

c) ostrich

d) screech

e) owl

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Other Questions
Please select ALL that apply question content areawhich of the following is most associated with financial accounting? a.prepared in accordance with gaap b.can be prepared for the entity or segment c.can have both objective and subjective information d.can be prepared periodically, or as needed g in this program you will write a basic employee management system. the system maintains the basic information of employees and their registered address. each employee has a unique address. autumn company began the month of october with inventory of $15,000. the following inventory transactions occurred during the month: the company purchased inventory on account for $22,000 on october 12. terms of the purchase were 2/10, n/30. autumn uses the net method to record purchases. the inventory was shipped f.o.b. shipping point and freight charges of $500 were paid in cash. on october 31, autumn paid for the inventory purchased on october 12. during october inventory costing $18,000 was sold on account for $28,000. it was determined that inventory on hand at the end of october cost $19,060. A biology student is reading research articles about the effects of various feedback mechanisms on the human body. Based on commonly accepted scientific theories and models, Which of the following is an example of a correct prediction of a positive regulatory feedback mechanism?a. The circulatory system responds to an elevated blood pressure, reflexively causing the heart rate to decrease.b. The digestive system normally secretes the inactive enzyme pepsinogen. When a person eats, the pepsinogen is converted into the digestive enzyme pepsin.c. The respiratory system sends nerve impulses to increase breathing rate during periods of high stress, which can produce additional stress due to a feeling of loss of breath.d. The endocrine system measures the level of blood testosterone. High levels of the hormone will signal the hypothalamus to stop the production of other hormones like GnRH and LH. herbs should be obtained from manufacturers with a history of quality control of their supplements. How many moles of carbon dioxide can be produced when 3.05 moles of calcium carbonate are heated? please help will give brainliest if right!!PART A: What is the main theme, or message, of "The Gettysburg Address"? (printed below for reference)The Gettysburg AddressFour score and seven years ago our fathers brought forth on this continent, a new nation, conceived in Liberty, and dedicated to the proposition that all men are created equal.Now we are engaged in a great civil war, testing whether that nation, or any nation so conceived and so dedicated, can long endure. We are met on a great battle-field of that war. We have come to dedicate a portion of that field, as a final resting place for those who here gave their lives that that nation might live. It is altogether fitting and proper that we should do this.But, in a larger sense, we can not dedicate -- we can not consecrate -- we can not hallow -- this ground. The brave men, living and dead, who struggled here, have consecrated it, far above our poor power to add or detract. The world will little note, nor long remember what we say here, but it can never forget what they did here. It is for us the living, rather, to be dedicated here to the unfinished work which they who fought here have thus far so nobly advanced. It is rather for us to be here dedicated to the great task remaining before us -- that from these honored dead we take increased devotion to that cause for which they gave the last full measure of devotion -- that we here highly resolve that these dead shall not have died in vain -- that this nation, under God, shall have a new birth of freedom -- and that government of the people, by the people, for the people, shall not perish from the earth.Abraham LincolnNovember 19, 1863A. Whatever the outcome, it's just good to know the war is now over.B. It is the duty of the living to take up the cause for which the soldiers died and save the United States.C. The Civil War was a terrible war and destructive to the continuation of the United States.D. The dead soldiers should be commemorated and remembered.PART B: Which of the following quotes from "The Gettysburg Address" supports your answer to the previous question?Question 2 options:A. "Now we are engaged in a great civil war, testing whether that nation, or any nation so conceived and so dedicated, can long endure" (Lincoln 184).B. "It is for us the living, rather, to be dedicated here to the unfinished work which they who fought here have thus far so nobly advanced" (Lincoln 184).C. "But, in a larger sense, we can not dedicatewe can not consecratewe can not hallowthis ground. The brave men, living and dead, who struggled here, have consecrated it, far above our poor power to add or detract" (Lincoln 184). which therapist is correctly matched with the component of the bio-psycho-social model that seems to inform her practice? 3. how do violent volcanic eruptions, like mt. pinatubo's cataclysmic eruption in 1991, rich in sulfur dioxide (so2) affect the stratospheric ozone shield? Jiya mother i 12 year more than twice her age. After 8 year, her mother age will be 20 year le than three time her age. Find Jiya age and her mother age 6 1/12-7/12 so basicly 6 is whole and 1 twelfth - seven twelfths hazelwood school district v. kuhlmeier was a supreme court case, and the court ruled on it in january 1988. it was a crippling blow to students first amendment rights, and i am writing to protest it. the court held that school officials have the final say on public school newspapers, and students cannot complain when the paper is published as part of a class. Except for decisions made for political reasons, principals are allowed to censor student newspapers, and they can get away with it. This censorship is prior restraint, and I do not accept it. - Which sentence type is used the most in this student's passage?Compound- What effect will repeating the same sentence structure most likely have on readers?It will bore them how does intensity of peaks change when atoms are inserted into the octahedral sites proble solution A ball rolls down a curved ramp as shown in the diagram below. Which dotted line best represents the path of the ball after leaving the ramp? A) A B) B C) C D) D if you are creating an object and you want to inherit properties and methods from another object, you can set the object equal to an instance of the object that you want to inherit. Evelyn Everest gave property to her mother Sharon when the adjusted basis of the property was $12,000 and the fair market value was $80,000. Sharon died eight months later when the property was valued at $85,000 and she left the property to Evelyn. What is Evelyns basis? If Sharon had died more than a year after receiving the gift when the fair market value was $85,000, what would the basis have been to Evelyn? Is 12 a solution to the inequality? x > 12 match the likelihood of a future event with the reporting of the contingency. an answer may be selected more than once. g count the worst-case number of operations performed by the following pseudocode segment. assume that all possible data sets are equally likely. preconditions: x