What cells are abundant within the large intestine and produce large amounts of lubricating mucus to aid in the passage of feces to the end of the digestive tract?

Answers

Answer 1
Waste cels are abundant

Related Questions

3 why might a horticulturist not want a plant to reproduce sexually by seeds

Answers

Horticulture is the branch of plant agriculture which uses asexual or vegetative reproduction. This means that is based on the ability of plants to regenerate tissues and parts. As a result of asexual reproduction, the plants are the same, cloned (there is no genetic variation like in reproduction that uses seeds, sexual). Three reasons why might a horticulturist not want a plant to reproduce sexually by seeds:

1. In asexual reproduction superior plant may be reproduced endlessly without variation,

2. Asexual reproduction may be an easier technique,

3. Asexual reproduction is faster because there are no seed dormancy problems and the juvenile nonflowering stage is eliminated or reduced.

All of the following are common shapes of bacteria except rod spiral sphere square

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Square is NOT a common shape of bacteria, but rod, spiral and sphere are.

Which product of combustion contributes most to the greenhouse effect?

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Carbon Dioxide is the gas that contributes most to the greenhouse effect.

To survive, humans must maintain a normal volume and composition of select one:
a. plasma.
b. ecf.
c. body fluids.
d. all of the above

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d. ) all of the above

Mr. goodall suffered damage to the back of his right frontal lobe during his car accident. as a result, mr. goodall is unable to:

Answers

move his left arms, hands and fingers (loss of fine movements and strength of some body parts)

The frontal lobe is the part of the brain which is located at the front of the skull above the eyes. The right frontal lobe is associated with awareness of emotions and non-verbal abilities. Patients with right frontal lobe damage exhibit loss of fine movements and strength of the arms, hands and fingers which is due to the disturbance of motor function.






An ion channel that opens when neurotransmitter binds to it is called a __________-gated channel.

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An ion channel that opens when neurotransmitter binds to it is called a ligand-gated channel. Ligand-gated channel is a group of transmembrane ion channel proteins which open to allow the passage of ions such as Na+, K+ through the membrane upon activation by a specific chemical such as a neurotransmitter.






An ion channel that opens when neurotransmitter binds to it is called a Ligand-gated ion channel. These channels are also called ionotropic receptors; they open to allow ions such as potassium ions, sodium and calcium and/or chloride ions to pass through the membrane in response to the binding of a chemical messenger or a ligand (for example a neurotransmitter).

Varieties of plants in which self-fertilization produces offspring that are identical to the parents are referred to as monohybrid crosses. the f2 generation. hybrids. true-breeding.

Answers

Varieties of plants in which self-fertilization produces offspring that are identical to the parents are referred to as true-breeding. In this process the parents will pass down specific phenotypic trait of their offspring.  True bred organisms will have pure genotype (genetic make up of an organism) and will therefore produce certain phenotype. 
Final answer:

Plants that reproduce through self-fertilization and produce offspring that are identical to the parents are referred to as true-breeding.

Explanation:

Plants that reproduce through self-fertilization and produce offspring that are identical to the parents are referred to as true-breeding. This means that the plants have certain traits that are consistently passed down to their offspring.

An example of true-breeding plants is when a red-flowered plant always produces red-flowered offspring. These plants are genetically identical to the parent and are homozygous for that specific trait (such as flower color).

This concept is important in genetics and helps scientists understand patterns of inheritance and traits in populations.

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_____ is a special case of explosive speciation in which new species form rapidly in response to numerous "open" ecological niches. peripatric speciation adaptive radiation allopatric speciation co-speciation sympatric speciation

Answers

Adaptive radiation is a special case of edplosive speciation in which new species form rapidly in response to numerous "open" ecological niches 

Final answer:

Adaptive radiation is a form of rapid speciation where new species evolve to fill different ecological niches, often after a mass disaster or colonization event provides access to new resources.

Explanation:

Adaptive radiation is a special case of explosive speciation in which new species form rapidly in response to numerous "open" ecological niches. It involves the relatively rapid evolution from a single species to several species to fill a diversity of available ecological niches.

Examples include the cichlid fish in East Africa's lakes and Darwin's finches in the Galapagos, where a population experiences speciation following a mass disaster or colonization of a new area with diverse habitats. These events provide access to a range of unexploited resources and niches, leading to the diversification of the species.

What is the best tube for collecting an ethanol specimen?

Answers

Final answer:

The best tube for collecting an ethanol specimen is a blood tube containing K2EDTA to preserve the integrity of the ethanol and prevent clotting of the blood.

Explanation:

The best tube for collecting an ethanol specimen would be a tube that is compatible with ethanol and can prevent contamination or evaporation. One commonly used tube for this purpose is a blood tube containing dipotassium ethylenediaminetetra-acetic acid (K2EDTA). K2EDTA helps to preserve the integrity of the ethanol in the specimen and prevent clotting of the blood. Other tubes, such as those containing heparin, can also be used depending on the specific requirements of the test.

The most important estrogen is estradiol and the most important androgen is

Answers

Final answer:

The most important androgen is testosterone. It is a hormone that influences male traits and reproductive activity, similar to the role of estradiol in females.

Explanation:

The most important androgen is testosterone. Androgens are a group of hormones that play a role in male traits and reproductive activity. Among them, testosterone is the most prominent. It's produced primarily in the testes of males, although small amounts are also produced in the ovaries of females and the adrenal glands of both sexes. Testosterone is essential for the development of male reproductive tissues, the promotion of secondary sexual characteristics, and the influence on libido, energy, and immune function. Like estradiol, an estrogen, plays a crucial role in the female reproductive system, testosterone has a similar significance in the male reproductive system.

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Final answer:

In males, the most prominent androgen is testosterone. It is responsible for the development of male reproductive organs, the production of sperm, and the onset of secondary sex characteristics.

Explanation:

The most important androgen, similar to how estradiol is the most important estrogen, is testosterone. Testosterone is a steroid hormone predominantly produced in the Leydig cells of the male testes. This hormone is crucial for the formation of male sexual organs during embryonic development and the initiation of spermatogenesis, or the production of sperm, during puberty. Testosterone also plays a role in developing secondary sex characteristics in males, such as the deepening of the voice and the growth of facial hair.

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Which of these best describes another plant adaptation? a a plant is the same color as a grasshopper, helping the grasshopper blend in. b a species of butterfly lays its eggs on the leaves of a particular tree. c a plant dies if it doesn't get enough water. d a plant gives off a smell that attracts nearby insects, which it then eats. backconfirm answer?

Answers

D. A plant gives off a smell that attracts nearby insects, which it then eats.
d. because it is also stated in the question

What does a fern have in common with an apple tree?

Answers

-Fruit
-Flowers
-Seeds
-Spores
-Vascular Tissues 
are the following that ferns have in common with apple tree's.
Final answer:

Ferns and apple trees, despite being different types of plants, share some key features. Both are vascular plants, use photosynthesis, and have a life cycle that involves alternation of generations. However, the specifics of these shared characteristics can vary.

Explanation:

A fern and an apple tree share some common characteristics despite belonging to different plant groups. Both are part of the larger group of vascular plants, meaning they have specialized tissues (xylem and phloem) that conduct water, nutrients, and sugars throughout the plant. This allows them to grow larger and live in a diversity of habitats.

Another common feature is their usage of photosynthesis for energy. They both possess photosynthetic tissues, whether it's in the fronds of a fern or the leaves of an apple tree, that allow them to capture sunlight and convert it into chemical energy. This is a fundamental characteristic shared by almost all the green plants.

Finally, they also exhibit the phenomenon of alternation of generations in their life cycle, involving the shift between a diploid stage (the sporophyte) and a haploid stage (the gametophyte). It's important to note, however, that this process differs between the two: in the apple tree - a seed plant - the dominant, most visible stage is the sporophyte, whereas in a fern, although the sporophyte is also dominant, the gametophyte stage is independent and free-living.

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The major source of imbalance in the carbon cycle is the result of

A) human activities.

B) changes in Earth's orbit.

C) increased volcanic activity.

D) changes in weather patterns.

Answers

I think it would be either A or B but I am not sure.... If anything I think I would go with A.
Hope this helps 

When plants make "food" by photosynthesis, they change the energy in sunlight to?

Answers

plants convert energy from the sun into glucose

Why might it be important to preserve areas with high biodiversity?

Answers

The reason why it might be important to preserve areas with high biodiversity is because the more the habitat is destroyed the less organisms there will be in an ecosystem

Answer:

It's important because we must preserve and conserve such important areas.

Explanation:

The source of evidence refers to _____.

A. how reliable the information is
B. the type of information collected
C. where the information came from
D. the experimental groups being studied

Answers

The source of evidence refers to C. where the information came from.

There are two sources of evidence the primary or original source or evidence and secondary source. The primary source, in history, is anything that serves as an original source of information about the topic. It could be an artifact, document, manuscript, diary, autobiography and the like. Moreover, in the field of journalism, a primary source can be a person that has a personal or direct knowledge of a subject or situation or a written document by such a person. Meanwhile, secondary sources are evidences or sources that are extracted or build upon primary sources.

Which area of the stomach adjoins the small intestine? body cardia fundus pylorus?

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The correct answer is pylorus.
The stomach is a hollow and muscular organ in the digestive tract involved in digestion. It is located after the oesophagus and before the small intestine in the alimentary canal. Stomach consists of fungus (the first part), body and pylorus which ends with the pyloric sphincter. The pyloric sphincter controls the passage of digested food from the stomach into the duodenum which is the first part of small intestine.
Final answer:

The pylorus is the region of the stomach that adjoins the small intestine and is controlled by the pyloric sphincter.

Explanation:

The area of the stomach that adjoins the small intestine is known as the pylorus. The pylorus is a funnel-shaped region that connects the stomach to the duodenum, which is the first part of the small intestine. There are two parts to the pylorus: the wider pyloric antrum, which connects to the body of the stomach, and the narrower pyloric canal, which leads into the duodenum. Located at the pyloric canal is the pyloric sphincter, a ring of smooth muscle that controls the emptying of stomach contents into the small intestine.

Dynamic equilibrium receptors are found in the __________? select one:
a. eardrum
b. outer ear
c. semicircular canals
d. stirrup

Answers

.Dynamic equilibrium receptors are found in the semicircular canals.



Hope this helps.
Final answer:

Dynamic equilibrium receptors are located in the semicircular canals of the inner ear. They keep track of our balance by sensing head rotations in three planes or axes and guiding our body to react accordingly.

Explanation:

The Dynamic equilibrium receptors, also known as vestibular receptors, are located in the semicircular canals of the inner ear. These receptors help maintain our body's balance by sensing rotational movements of the head.

Essentially, when you move your head, the fluid in these canals shifts, stimulating the dynamic equilibrium receptors and signaling the brain about the movement and the direction it has occurred.

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An example of natural selection is the tail of a male peacock. The females of the species choose mates based on the colors of the males’ tail feathers. If females begin using different criteria than feather color when they choose mates, what would most likely happen to the tails of peacocks over time?

increased variation in tail feather color because the selection pressure has been relieved
increased variation in tail feather color because the peacocks try different ways to impress the females
decreased variation in tail feather color because no form of the trait is advantageous
decreased variation in tail feather color because the only reason for variation was selection pressure

Answers

The correct answer is the last one: Decreased variation in tail feather color because the only reason for variation was selection pressure.

If the female peacock were to base her selection criteria on something other than the colors of the male's tail feathers, the latter would not play such an important role anymore and therefore there would no longer be the pressure of needing to have the brightest, most variant and vibrant colors. 
The female peacock will be based in her selection no through the color of the tail of the male. So if females begin using different criteria than feather color when they choose mates, the event that ould most likely happen to the tails of peacocks over time is decreased variation in tail feather color because the only reason for variation was selection pressure.

Which of the following types of data organizers is best able to give a quick view of the relationship between parts of a data set and the whole data set?

A.
tables
B.
bar graphs
C.
histograms
D.
circle graphs

Answers

Answer:

D. Circle graphs

Explanation:

I just had this on study island

The prokaryotic cells that built stromatolites are classified as _____.'

Answers

The prokaryotic cells that built stromatollites are classified as cyanobacteria.
Final answer:

The prokaryotic cells that built stromatolites are classified as bacterial and archaean prokaryotic cells.

Explanation:

The prokaryotic cells that built stromatolites are classified as d. bacterial and archaean prokaryotic cells. Prokaryotes are predominantly single-celled organisms of the domains Bacteria and Archaea. Stromatolites are layered rock-like structures formed by the activities of prokaryotes, specifically bacteria and archaea, that live in shallow water environments.

Joe and Ted are both suffering from a hereditary disease, as described in the following table. Description of Disease Patient Description Joe High blood glucose levels, low insulin levels detected in blood Ted The red blood cells become curved to lower the oxygen-carrying capacity of the blood Which disease(s) are Joe and Ted suffering from?

Answers

Answer:

joe is suffering from diabetes and ted from anemia easy peasy

Explanation:

According to the question, Joe is suffering from Diabetes, while Ted is suffering from Sickle cell anemia.

What is a Hereditary disease?

A hereditary disease may be defined as a type of disease or disorder that is caused by the alterations in the genes or chromosomes that are passed down from parent to child.

Some examples of hereditary diseases are Sickle cell anemia, Cystic fibrosis, Marfan syndrome, Duchenne muscular dystrophy, Colorblindness, etc.

The disorder of diabetes has symptoms like high blood glucose levels due to the low production of insulin.

While the symptoms of sickle cell anemia generally include the appearance of the curved or sickle-like appearance of red blood cells, and due to such alterations there is a reduction in the oxygen-carrying capacity of the blood.

Therefore, according to the question, Joe is suffering from Diabetes, while Ted is suffering from Sickle cell anemia.

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The double membrane around the nucleus is called the

Answers

Answer:

C. nuclear envelope

Explanation:

The nucleus is surrounded by a double membrane, known as the nuclear envelope, with nuclear pores. Mitochondria - this is the site of aerobic respiration within the cell. They are surrounded by a double membrane (envelope), with the inner membrane folded into finger-like projections called cristae.

The double membrane around the nucleus is called the nuclear envelope

what are the function of nucleus ?

The nucleus controls and regulates all cellular activities like growth and metabolism and carries the genes and systems that include the hereditary statistics.

The nucleus is responsible for storing the cell's hereditary cloth or the DNA, coordinate the essential cell activities along with protein synthesis, cellular division, growth, and a bunch of other critical features.

It is referred as  the controlling center of the cell, brain of the cell; The Nucleolus of the nucleus is described as the factory of ribosomes which are actively involved in protein synthesis.

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The food webs that horse fly is integrated in and how it contributes to trophic levels of ecosystem?

Answers

is this a multiple choice question? if so please list the choices.

HIV acts by attaching to receptors on the surfaces of T-cells that aid other lymphocytes in fighting infection. Once HIV is inside a cell, its RNA is reverse-transcribed and its product DNA is integrated into the host cell. It then directs the production of new virus particles. As time goes on the number of T-cells A) increases. B) decreases. C) stays the same. D) is unpredictable.

Answers

HIV acts by attaching to receptors on the surfaces of T-cells that aid other lymphocytes in fighting infection. Once HIV is inside a cell, its RNA is reverse-transcribed and its product DNA is integrated into the host cell. It then directs the production of new virus particles. As time goes on the number of T-cells B) decreases.

Answer:

B) decreases.

Explanation:

    The HIV virus acts within the cells of the immune system, responsible for the body's defense. After entering the cell, HIV begins to act and integrate into the genetic code of the infected cell. The cells most affected by the virus are called T-CD4, which are used by HIV to make copies of itself.

    Each time this cell, when infected, divides, it produces a copy of its genetic code and, at the same time, a copy of the virus's genetic code.

    Infected by the virus, the cells of the immune system begin to function less efficiently until, over time, the body's ability to fight common diseases diminishes and is subject to the onset of opportunistic diseases.

Grasses, hawks, mice, and snakes are all organisms that live in a prairie. in the prairie food chain, which is the correct arrangement according to energy flow?

Answers

Grasses -> Mice -> Snakes -> Hawks

What is formed in part from the inner lining of the uterus and in part from other membranes?

Answers

I believe that the Placenta is formed in part from the inner lining of the uterus and in part from other membranes. The placenta acts as a connection between the fetus and the mother; it contains the fetal placenta which develops from the same blastocyst that forms the fetus, and the maternal placenta which develops from the maternal uterine tissue. 

Two pea plants, hybrid for a single trait, produce 60 pea plants. approximately how many of the pea plants are expected to exhibit the recessive trait. 15. a student crossed wrinkled-seeded (rr) pea plants with round-seeded (rr) pea plants. only round seeds were produced in the resulting plants. this illustrates the principle of.'

Answers

Final answer:

The genotype of the round pea parent plant cannot be determined from the provided data, but if it's heterozygous, the probability that all three progeny will have round peas is 12.5%.

Explanation:

In pea plants, round peas (R) are dominant to wrinkled peas (r). When performing a test cross between a pea plant with wrinkled peas (genotype rr) and a plant of unknown genotype that has round peas (potentially genotype RR or Rr), and you obtain offspring plants that all have round peas, you cannot conclusively determine the genotype of the round pea parent plant based solely on this outcome. However, if we assume that the round pea parent plant is heterozygous (genotype Rr), the probability of all offspring displaying round peas can be calculated.

Considering Mendelian inheritance, a heterozygous round pea plant (Rr) crossed with a homozygous recessive wrinkled pea plant (rr) would result in a 1:1 ratio of round to wrinkled peas among the progeny. To find the probability that all three progeny are round peas, we would calculate it as (1/2) x (1/2) x (1/2) because each offspring has a 50% chance of inheriting the dominant round pea allele. Therefore, the probability would be 1/8 or 12.5%.

Approximately 15 out of 60 hybrid pea plants are expected to exhibit the recessive trait.

The cross demonstrates the principle of dominance, where the dominant allele masks the recessive allele.

In pea plants, round seeds (R) are dominant to wrinkled seeds (r). When two hybrid plants (Rr) are crossed, the possible offspring genotypes are:

25% RR (homozygous dominant, round)50% Rr (heterozygous, round)25% rr (homozygous recessive, wrinkled)

Therefore, out of 60 offspring, approximately 25% will display the recessive trait, which amounts to 15 plants (0.25 * 60 = 15).

Principle of Dominance

Crossing wrinkled-seeded (rr) pea plants with round-seeded (RR) plants and getting only round seeds demonstrates the principle of dominance, where the dominant allele (R) masks the expression of the recessive allele (r).The principle of dominance, also known as Mendel's first law or the law of dominance, is a fundamental concept in genetics that describes the relationship between alleles of a single gene.The principle of dominance is crucial for understanding how genetic traits are inherited and expressed in organisms, providing the foundation for Mendelian genetics and subsequent developments in the field of genetics and inheritance.

The process by which surface water becomes groundwater is called __________. discharge evaporation infiltration transpiration

Answers

The process by which surface water becomes ground water is called Infiltration. Ground water is the water that is found in the cracks and spaces in soil, sand and rock. It is stored in and moves slowly through geological formations of soil, sand and rocks called aquifers. The ground water table is the boundary between water-saturated zone above and a saturated zone below.
Final answer:

Infiltration is the process by which surface water becomes groundwater, involving the seeping of water into the soil and rocks, eventually recharging the groundwater stores beneath the Earth's surface.

Explanation:

The process by which surface water becomes groundwater is called infiltration. This process involves the seeping of water on the ground surface into the soil and rocks. The water then moves through the pores and spaces in the soil or rock, thereby recharging the groundwater stores that lie beneath the Earth's surface. This entire process plays a significant role in the water cycle.

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Hemoglobin is the iron-containing compound that carries oxygen in the bloodstream?

Answers

The answer is yes or the statement is true.
Final answer:

Hemoglobin is an iron-containing protein in red blood cells that can bind up to four oxygen molecules, facilitating their transport from the lungs to our body's tissues. The binding of oxygen to hemoglobin forms a bright red molecule called oxyhemoglobin. Hemoglobin's ability to bind and carry oxygen is crucial for our body's functioning.

Explanation:

Hemoglobin is a crucial iron-containing protein found in red blood cells, or erythrocytes. It is composed of four subunits: two alpha and two beta, each surrounding a heme group. The heme group, containing iron, is the site where oxygen binds. Each hemoglobin protein can bind up to four oxygen molecules, facilitating their transport from the lungs to the body's various tissues.

Through the reversible reaction Hb + O₂ → HbO₂, the end product, oxyhemoglobin (HbO₂), is created when oxygen binds to hemoglobin. Oxyhemoglobin is a bright red-colored molecule, giving oxygenated blood its distinct color. Overall, it is the capacity of hemoglobin to bind and carry oxygen that ensures our body's tissues receive the oxygen they need to function.

The binding of oxygen to hemoglobin can be influenced by multiple factors and conditions, including disease states which can affect the attachment and detachment rate of oxygen from hemoglobin.

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Other Questions
We come before you now, not to ask your assistance in an untried experiment, but to give you the high privilege of becoming fellow-laborers with us, in a cause which is already triumphing, and is destined to triumph, until the floods of pollution are stayed, and the whole earth purified by the spirit of the Lord. In our efforts hitherto, we have had to contend not only, or mainly, with ignorance and vice. They are our natural foes, and we had counted the cost of their opposition, and made up our minds accordingly. But we had a right to expect the cooperation of the virtuous and intelligent, of all who are seeking to effect the removal of sin and suffering, and the universal prevalence of purity and holiness. Our Society has these great objects expressly in view. - Female Moral Reform Society, 1836 This passage most closely aligns with which of these movements? A)Abolitionism B)Manifest Destiny C)The Age of Reason D)The Second Great Awakening Solve the equation 3x+5y=4 for y The largest source of usable freshwater is _____.in glaciersin rivers and lakesundergroundpart of the atmosphere there are 54 people at the party. 18 of them are wearing red, what percent of them are not wearing red Ben buys a car for $50,000. The value of the car decreases at a rate of 4% per year. How much will the car be worth in 3 years? A. $48,000 B. $44,237 C. $45,082 D. $43,270 Write the vertex form of the equation of the parabola which has a vertex of (0,0) and contains the point (1,2). A. Y=2x^2. B. Y=2(x-1)^2. C. Y=x^2. D. Y=(x+1)^2+1 What is the central dogma of biology identify and describe the molecular processes that accomplisht he flow of genetic information described in the central dogma? Read the passage. In this excerpt, the old king speaks to the boy. excerpt from The Alchemist by Paul Coelho Yes, or even search for treasure. The Soul of the World is nourished by peoples happiness. And also by unhappiness, envy, and jealousy. To realize ones Personal Legend is a persons only real obligation. All things are one. And, when you want something, all the universe conspires in helping you to achieve it. They were both silent for a time, observing the plaza and the townspeople. It was the old man who spoke first. How does the personification of the universe create mood in this excerpt? A- It creates a hostile mood as the jealous universe plots to spoil the boys journey. B- It creates a fearful mood as the universe will feed on the boys unhappiness and envy. C- It creates a joyful mood as the universe contrives to grant the boy everlasting happiness. D- It creates a hopeful mood as the universe itself will help the boy find his treasure. In a call stack frame, the system places the values of the arguments and the return address for the particular ____. In czechoslovakia, the communist government was overthrown in 1989 in a nonviolent event called the A(n) ________ veto allows the governor to cross out budget lines in the legislature-approved budget, while signing the remainder of the budget into law. What was the reaction in the eastern roman empire when the western roman empire fell? Which best explains the importance of creating an outline? A: it helps your paper flow from one idea or topic to the otherB:it provides an organizational system for your paper hey can you please help me posted picture of question Suppose a non-native species of beetle was introduced into a forest. How would you know if the beetle was becoming an invasive species The position of an object at time t is given by s(t) = -9 - 5t. Find the instantaneous velocity at t = 4 by finding the derivative. What does carving up the turkey symbolize? winiki tells us that in the aftermath of lincoln's assassination hundreds of innocent suspect were rounded up often on the filmest of evedince. explain the connection between this and the action of act 3 scene 3 from the trategey Nationalism became a major force in world events in the late nineteenth and early twentieth centuries.Explain the meaning of the term nationalism. Explain how nationalist ideas led to discontent in the empires of the late nineteenth and early twentieth centuries. Give at least two examples. The average value of the function v(x)=3x on the interval [1,c] is equal to 5. find c if c>1.