What was the ideal location for a quick route between the Atlantic and Pacific oceans ?

Answers

Answer 1

The ideal location for a quick route between the Atlantic and Pacific Oceans is the Isthmus of Panama in Central America.

What Is The Panama Canal?

The Panama Canal is an artificial waterway built on the Isthmus of Panama in Central America. The Panama Canal is the shortest path connecting the Pacific and Atlantic Oceans and also the path connecting North and South America. This line was built in the early 1900s and started to be used in 1914 by the Americans. This route basically makes transportation routes much closer and is also one of the factors in increasing trading activities that occur due to easy distribution.

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Related Questions

What is life expectancy?

Answers

Answer:

life expectancy is the estimate of the average number of additional years that a person of a given age can expect to live.

Geographers define overpopulation as:_____.
a) too many people in the world.
b) too many people compared to environmental capacity.
c) too many people in a region.
d) all of these answers are correct.

Answers

The correct answer is option (b). Geographers define overpopulation as  too many people compared to environmental capacity.

What is overpopulation?

This when the number of people living in a particular location are more that the available resources.

In other words, overpopulation is when population which exceeds its sustainable size within a particular environment or habitat.

Common causes of overpopulation are:

Falling Mortality Rate.Ecological Degradation.Increased Conflicts.

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Why are water vapor and aerosols important constituents of earth's atmosphere?

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Water vapor is important because it is the source of all clouds and precipitation and like carbon dioxide, it is also a heat absorber. Aerosols are important bc many acts as surfaces on which water vapor can condense, an important function in the formation of clouds.

Water vapor, steam, or steam is the gas phase of water. The state of water in the hydrosphere. Water vapor is produced by evaporation or boiling of liquid water or sublimation of ice. Water vapor, like most components of the atmosphere, is transparent. Under typical atmospheric conditions, water vapor is continuously produced by evaporation and removed by condensation. It is less dense than most other components of air and causes convection currents that lead to cloud formation.

As part of the Earth's hydrosphere and the water cycle, it is particularly abundant in the Earth's atmosphere, where it acts as a greenhouse gas and warming feedback, and is a more global gas than non-condensable gases such as carbon dioxide and methane. Contribute to the greenhouse effect. The use of water vapor as steam has been important since the Industrial Revolution as a major component of cooking and power generation and transportation systems.

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In general, salinity will ___________ with depth in the equatorial and tropical regions and will __________ with depth at high latitudes.

Answers

In general, salinity will decrease with depth in the equatorial and tropical regions and will increase with depth at high latitudes.

Salinity: What is it?

The amount of dissolved salt in a body of water is known as salinity. It makes a significant contribution to conductivity and influences many aspects of the chemistry of natural waters as well as the biological activities that take place there. Temperature, pressure, and salinity all influence the physical properties of water, including its density and heat capacity.

Why is salinity measurement important?

Salts can make water hazardous for drinking, irrigation, and cattle watering. They can also be poisonous to freshwater plants and animals. Excessive salinity can develop in regions with high evaporation, which is exacerbated by recurrent irrigation or water withdrawals, the use of de-icers on roads, mining, oil and gas drilling, and wastewater discharges.

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If no one has ever visited the core of the earth, how do we know that it is made of metals?

Answers

Answer:

by circulating liquid metals in the core set up a large ( measurable) magnetic field

Jan is holding an ice cube. What causes the ice to melt?

Thermal energy from the ice is transferred to the air.
Thermal energy from Jan’s hand is transferred to the ice.
The air absorbs thermal energy from Jan’s hand.
Jan’s hand absorbs thermal energy from the ice.

Answers

Answer:

B, Thermal energy from Jan's hand flows into the ice.

Explanation:

Heat flows from a warm place to a colder place, its just how heat works

Loose materials formed when large rocks in the landscape are broken down and worn away are called?

Answers

Loose materials formed when large rocks in the landscape are broken down and worn away are called sediment.

This breakdown or dissolution of large rocks on the Earth's surface is referred to as weathering. Agents of weathering include water, ice, acids, plants, animals, variations in temperature, etc. After the process of weathering, a process called erosion transports the pieces of rock and mineral away.

Sediment is a substance that is formed when rocks are broken down by weathering and erosion processes and then moved by the force of gravity acting on the particles or by the action of wind, water, or ice. Sediments can be classified on the basis of its size of grain, shape of grain, and composition.

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What atmospheric temperature and moisture conditions would you expect on a day when the weather is unstable

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Cumulus clouds, which resemble tall cauliflowers, are typically associated with unstable air. These spread swiftly and are connected to strong rain events. Some grow to such heights that ice begins to develop at their summits, giving the so-called anvil clouded its fluffy, brilliant white appearance.

How can you tell if the atmosphere is stable or unstable?

The pace at which the atmosphere cools as you ascend and the altitude at which the rising parcel reaches saturation will determine how rapidly the atmosphere cools. One of the key elements that affect whether the atmosphere is stable or unstable is the value of the environmental lapse rate.

When the air is warmer and/or more humid than the surrounding air, it is regarded as unstable at the lowest layers of an air mass. When this happens, the air will rise because the air parcel in question is warmer than the air around it. The weather can change abruptly and be violent in an unstable setting.

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Assuming that other planetary systems form in the same way as our solar system formed, where would you expect to find terrestrial planets?.

Answers

Terrestrial planets will likely be located nearer the planetary system's star than any Jovian planets.

Explanation:

 

The wind at 5,000 feet AGL is southwesterly while the surface wind is southerly. This difference in direction is primarily due to

Answers

The reason why the wind at 5,000 feet AGL is different in direction from the surface wind is C. friction between the wind and the surface.

How does heights above sea level affect wind direction?

Wind that is closer to the ground would have to deal forces of friction from the ground which would lead to them slightly changing direction.

This is why winds that are closer to ground level will go in a slightly different direction than those that are higher up like the wind that is 5,000 feet AGL.

Options for this question are:

A. stronger Coriolis force at the surface.B. stronger pressure gradient at higher altitudes.C. friction between the wind and the surface.

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If a flat lying sedimentary rock layer ends abruptly, which principle tells that it has likely been deformed

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The principle that tells that the flat lying sedimentary rock layer, which ends abruptly, has likely been deformed is Original horizontality principle. Option D.

What are the stratigraphic principles?

Superposition principle

Sedimentary rocks have been chronologically accumulating for years, reflecting the geological formation known as superposition.

According to this sedimentary deposition, we can distinguish the older rocks located in the deepest areas from the younger rocks in more superficial layers.

Lateral continuity principle

When talking about lateral continuity, we refer to different strata -sedimental layers- horizontally deposited that have a limited continuity.

This is, when looking laterally, each layer is not infinite. They tend to smoothly end.

These layers get thinner as they get farther from the source until they disappear.

When looking at plane rocky strata, we can notice they have not suffered from any perturbation and keep the original horizontality.

As they disappear, they tend to

• Mint

• Harrow

• Interdigitate

• be truncated

Original horizontality principle

This principle refers to the fact that strata extend originally in all horizontal directions. Sedimental layers are horizontally deposited.

However, it may occur that the currently observed strata arrangement is not the same as it used to be.

This is due to tectonic changes that have modified the original positions. Thus, layers can appear

folded, slanted, or inverted⇒ leaving  the most ancient layers in the upper positions.

The principle that tells that the flat lying sedimentary rock layer, which ends abruptly, has likely been deformed is Original horizontality principle. Option D.

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If a flat lying sedimentary rock layer ends abruptly, which principle tells that it has likely been deformed?

a) unconformities

b) lateral continuity

c) superposition

d) original horizontality

Today, the country of Iran is located where the
"Persian Empire" used to be.
What is one aspect of life in Iran today that
reflects this?
A. The most predominant religion is Buddhism.
B. The largest city is Tehran.
C. Their official language is Persian.

Answers

Answer:b

Explanation:

Questions from the Snowball Earth Case Study. Which of the following are evidence left in rock from the Neoproterozoic age that indicate glaciers? Select all that apply.

Answers

Evidence left in rock from the Neoproterozoic age that indicates glaciers: The presence of "Cap Carbonates" suggests that glaciers must have been present at low latitudes at some point in the past. This is further explained below.

What is the Neoproterozoic age?

Generally, It was during the Neoproterozoic Era (1000–543 Ma) that the microbial world transitioned to a more sophisticated animal life form known as the Phanerozoic.

In conclusion, Glaciers were likely present throughout the Neoproterozoic epoch based on the following evidence found in rocks: Glaciers must have been at low latitudes at one point in time in order for there to be evidence of "Cap Carbonates," which indicates that they did.

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On the map above, China is located at number _____ and Japan is located at number _____. A. 1 . . . 6 B. 2 . . . 6 C. 2 . . . 4 D. 1 . . . 4 Please select the be

Answers

The Correct answer is B. China is a very large country, as in 2 and Japan is an island country in East Asia, as in 6.

What is map?

A map is a symbolic representation of selected characteristics of a place, usually drawn on a flat surface. Maps present information about the world in a simple, visual way. They teach about the world by showing sizes and shapes of countries, locations of features, and distances between places.

A map is a scaled and flattened visual representation of a larger geographical area showing topographic details, buildings, and roads.

On map , Latitude and longitude lines are numbered. The intersection of latitude and longitude lines, called coordinates, identify the exact location of a place.

On maps showing greater detail, the grid is often given numbers and letters.

Thus, All the located place at number is :

1 is Kazakhstan.

2 is China.

3 is Mongolia.

4 is North Korea.

5 is South Korea.

6 is Japan.

7 is India.

Therefore , we can conclude that the correct option is B.

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A flood plain is the flat area around the river extending from its channel to the edge of the wide valley.

Answers

Answer:

True?

Confirmed definition: "an area of low-lying ground adjacent to a river, formed mainly of river sediments and subject to flooding."

An arbitration proceeding involving a customer in an amount over $100,000 has been agreed to. In such an arbitration dispute, which of the following is true

Answers

The true statement is that in dispute involving a customer for amounts greater than $100,000 three arbitrator will be used unless both parties agree to one . In the case where three arbitrators are used customer can request that all three arbitrators be selected from public sector

What are the outcomes of arbitration process?

The arbitrator listens to both sides look at the evidences you have sent in and decides what the outcome should be. In some cases the arbitrator may choose to have several meetings with the both parties . When they takes the decision this is called an award and is legally binding.

The question is incomplete the statement are not given

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Part A Study the map in Image A. What does it show about the spread of printed materials across Europe

Answers

Strasbourg was the place where most printed books were produced.

The image shows us the cities of Europe with the least and most printed books. Strasbourg is a city in France where the first printing machine was invented by Johannes Gutenberg which is why it is the city of most printed books.

France is the place where the first printing press start working commercially so we can say that Strasbourg and followed by other cities in France had more printed materials as compared to other cities in Europe. These areas produced the most number of books due to the presence of the printing press.

Venice, the center of commerce in Europe, was also the center of printing on the European continent, with about 100 printed works in the city alone.

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The diagram shows a series of volcanic islands and a hot spot. Determine the direction of movement of the tectonic plate that helped form the islands

Answers

There will be a north-west shift in the tectonic plate that helps construct the islands in the future

What is the Plate Tectonics?

Volcanic islands are shown in the figure, which displays a hot location where lava may be found. The convergent border describes the point at which two tectonic plates meet.

When two plates collide, islands may be formed by having one plate overlap the other. Mountain ranges on the continent or oceanic islands are the outcome of the collisions.

In conclusion, we may safely say that the solution indicated by the B arrow is appropriate.

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The slow tipping of the earth's axis in a circle with a period of about 26,000 years is called:____.

Answers

The answer is precession or axial precession

The sluggish tipping of the World's axis in a circle with a time of around 26,000 years is designated "precession."

Precession is a peculiarity where the direction of the World's rotational axis changes over the long run, making a roundabout movement. This movement is brought about by the gravitational powers applied by the Moon and the Sun on the World's central lump.

As the World's axis precesses, the place of the divine poles likewise changes, prompting a change in the North Star over significant stretches of time. Precession essentially affects the World's environment and galactic perceptions and is a significant part of Earth's orbital elements.

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In times of flooding, the river can overflow its banks depositing sediments along the edge of the river bank, and the thick sediments it deposits on the banks are called __________ levees.

Answers

Flash floods are dangerous because they usually take place clearly rapid because of heavy rain, rain from hurricanes, and many others. Like normal floods, flash flooding can damage houses and result in important flooding causing harm to vehicles, strength strains, and buildings. i'm hoping this facilitates!

A flood is an overflow of water onto land this is normally dry. Floods can happen almost anywhere. they could cowl a place with only a few inches of water or they could convey enough water to cowl the roof of a residence. Floods may be risky for communities, lasting days, weeks or sometimes even longer.

A flood occurs whilst water from a river , lake , or ocean overflows onto the land round it . an excessive amount of rain or melting snow are the principle reasons of floods . every so often the soil in the ground can make a flood worse. this is because whilst rain falls, the soil normally soaks it up like a sponge.

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In times of flooding, the river can overflow its banks depositing sediments along the edge of the river bank, and the thick In times of it deposits on the banks are called flood levees.

Flash floods are dangerous because they usually take place clearly rapidly because of heavy rain, rain from hurricanes, and many others. Like normal floods, flash flooding can damage houses and result in important flooding causing harm to vehicles, strength strains, and buildings. I'm hoping this facilitates!

A flood is an overflow of water onto land this is normally dry. Floods can happen almost anywhere. they could cowl a place with only a few inches of water or they could convey enough water to cowl the roof of a residence. Floods may be risky for communities, lasting days, weeks, or sometimes even longer.

A flood occurs whilst water from a river, lake, or ocean overflows onto the land around it. an excessive amount of rain or melting snow is the principal reason for floods. every so often the soil in the ground can make a flood worse. this is because whilst the rain falls, the soil normally soaks it up like a sponge.

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Which type of vegetation grows in the mediterranean climate?
a. chaparral
b. rain forest
c. taiga
d. boreal forest

Answers

Chaparral is the type of vegetation that grows in the Mediterranean climate

The region of the Mediterranean has deciduous vegetation. It is prepared to survive a protracted summer drought. Due to the extensive roots and thick bark of the trees in this area, moisture is retained during the dry summer months. Citrus fruits, in particular, are grown here by short-stemmed, moisture-retentive trees.

Oak, laurel, cork, oleander, beech, and ash are among the most common trees in Europe's Mediterranean region. The most typical tree is an olive. The prominent tree species in the North American Mediterranean region include hemlock, maple, and chestnut. California woodlands are known for its redwood trees. Coniferous evergreen trees are found at the poles and in the highlands. Common varieties include cedar, pine, fir, and cypress.

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During which of the following months does Europe experience its warmest temperatures according to the MODIS temperature map

Answers

During July months Europe experience its warmest temperatures according to the MODIS Temperature Map.

What is MODIS used for?

MODIS helps scientists determine the amount of water vapor in a column of the atmosphere and the vertical distribution of temperature and water vapor—measurements crucial to understanding Earth's climate system.

There are many uses of the Temperature Map.

They are as follows:

It tells is about the mean temperature of the area.It tells us about the air temperature of the area.It tells us about the highest and lowest temperature that is possible.Using it, metrological department can easily predict the weather forecast of the next week at least very easily.

Therefore , we can conclude that In July Month Europe experience its warmest temperatures according to the MODIS temperature map.

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Hurricanes develop most often in the late summer when ocean waters have reached what temperature?

Answers

Hurricanes develop most often in the late summer when ocean waters have reached temperatures of 27°C (80°F) or higher.

Hurricanes are huge storms and they have spinning winds moving at 74 miles per hour. The terrible force of the whirling wind blows across the tropical waters' warm surface. This force blasts ashore, wrecking havoc and even taking lives.

A tropical cyclone may be called a hurricane, tropical storm, cyclonic storm, tropical depression, or simply a cyclone, depending on its location and intensity. The powerful tropical cyclone which occurs in Atlantic Ocean or north-eastern Pacific Ocean is called a hurricane.

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Analyze the image below and answer the question that follows.
4 images labeled Stage 1 through Stage 4. Stage 1: Native Americans and colonists looking at an animal pelt. Stage 2: Pioneers next to a log cabin. Stage 3: A field of corn. Stage 4: A city.
Photos by National Museum of American History Courtesy of Smithsonian Institution, Currier & Ives, Dorothea Lange, and the US Army Corps of Engineers

When studying the Calumet region of Illinois and Indiana, Alfred Meyer noted four stages of development as new groups occupied this land. In stage 4, __________, new cities spread across new territory and grew toward one another.
A.
fur trading
B.
subsistence agriculture
C.
conurbanization
D.
commercial agriculture

Please select the best answer from the choices provided.

Answers

C. conurbanization. In the stage 4 of this picture, we can see that new cities spread across new territory and they grew towards  themselves.

What is urbanization?

This is the act of trying to make an area to be more urban. The act of urbanization is seen through the growth of societies.

In the picture, we can see that different cities are clustered around the railroad.

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Suggest a way that each farm could change their farming practices to prevent pollution of the river with nitrates.

Answers

One way for each farm to change its farming practices to avoid polluting the river with nitrates is through reducing the use of artificial fertilizers by using biofertilizers.

What are biofertilizers?

They are organic fertilizers from materials easily found within a farm, such as manure compost, mineral salts and animal waste, which help to protect the soil, being a replenisher of soil organic matter and an advocate of agriculture.

Its benefits are directly linked to sustainability, since, unlike artificial fertilizers, biofertilizers do not contain nitrites, which are capable of generating pollution and ecological imbalance in rivers.

Therefore, biofertilizers are a relevant option for promoting sustainability, and such information should be more widespread in agribusiness, to promote practices that help to promote environmental responsibility and maintain the quality of life of current and future generations.

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Which of the following is the primary reason for the rapid growth of cities in the Latin America region?

Answers

Some of the primary factors that have led to grow of cities in latin america are a Industrialization and Commercialization

b Development of Transport and Communication

c Economic Pull of the City

d Educational and Recreational Facilities.

This is further explained below.

What is Industrialization?

Generally, When an economy moves from a mostly agrarian one to one that relies on the production of products, it is called industrialization.

In conclusion, Cities in Latin America have grown due to causes such as industrialization and commercialization, the development of transportation and communication infrastructure, and the economic pull the city has on its residents.

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the background of surah ul infitar​

Answers

Explanation:

The 82nd chapter of the Quran is titled Surah Infitar, and its main theme is the Day of Judgment, including the events that will take place both before and after it, such as the end of the world, the fates of good and evil doers, the recording of deeds, and topics like man's arrogance and in contrast.

Is wood a renewable or non-renewable resource?

Answers

Answer:

Renewable

Explanation:

Renewable resources include biomass energy (such as wood, sewage, and ethanol), hydropower, geothermal power, wind energy, and solar energy.

Answer:

wood is a renewable resource

Explanation:

because we are able to replace wood (to make more of it), it is considered renewable.

(it does not run out--it can be replaced)

"non-renewable" resources are essentially limited resources--such as oil. There is a limited amount of oil--we are able to run out of it. There is no (current) way for us to reproduce oil, which is why it is different from wood (a renewable resource).

(it does run out--it cannot be replaced)

hope this helps! have a lovely day :)

A ____________ rock would make the best reservoir rock in a conventional hydrocarbon system.

Answers

A  sedimentary rock would make the best reservoir rock in a conventional hydrocarbon system.

Conventional reservoir rocks, such as sand, sandstone, arkoses, fissured limestones, and dolomites, are sedimentary in origin. These rocks have the proper conductivity and storage for storing and moving hydrocarbon. Conventional reservoirs' fluid and reservoir features often allow for easy oil or natural gas flow into wellbores.

Sedimentary rocks are created by the accumulation of already existing rocks or fragments of extinct organisms on the Earth's surface. Deep burial of sediment causes it to get compressed and cemented, resulting in sedimentary rock.

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Between New Year's and Memorial Day, at middle latitudes in the Northern Hemisphere, the length of the day

Answers

Between New Year's and Memorial Day, at middle latitudes in the Northern Hemisphere, the length of the day increases.

The northern hemisphere is the part of the planet that lies north of the equator. It accounts for about 90% of the world's population and most of the world's land. All of North America and Europe are in the Northern Hemisphere. Most of Asia, her two-thirds of his in Africa, and her ten percent in South America are also in this hemisphere.

This is because the hypothetical axis of the Earth does not move straight up and down, it is tilted 23.5 degrees. The movement of the Earth around this axis causes changes between day and night. During the Northern Hemisphere summer, daylight hours increase as you travel north.

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Other Questions
after lincoln declared war against the states in the deep south that had seceded, he called for what? [choose all that apply] according to durkheim, what basic process will lead to a state of social anomie? a given project activity has the following time estimates: a = 8 b = 27 m = 15 what is the variance ( ) of this project activity's estimated duration? (round to 2 decimal places) by what factor does the nucleon number of a nucleus have to increase in order for the nuclear radius to increase by a factor of 2? the repetition priming test is used to assess _____ functions. On December 31, 2020, Dow Steel Corporation had 720,000 shares of common stock and 312,000 shares of 8%, noncumulative, nonconvertible preferred stock issued and outstanding. Dow issued a 4% common stock dividend on May 15 and paid cash dividends of $520,000 and $81,000 to common and preferred shareholders, respectively, on December 15, 2021. On February 28, 2021, Dow sold 66,000 common shares. In keeping with its long-term share repurchase plan, 8,000 shares were retired on July 1. Dow's net income for the year ended December 31, 2021, was $2,700,000. The income tax rate is 25%. As part of an incentive compensation plan, Dow granted incentive stock options to division managers at December 31 of the current and each of the previous two years. Each option permits its holder to buy one share of common stock at an exercise price equal to market value at the date of grant and can be exercised one year from that date. Information concerning the number of options granted and common share prices follows: Options Granted Date Granted (adjusted for the stock dividend) Share Price December 31, 2019 19,000 $ 30 December 31, 2020 14,000 $ 39 December 31, 2021 17,500 $ 38 The market price of the common stock averaged $38 per share during 2021. On July 12, 2019, Dow issued $1,000,000 of convertible 8% bonds at face value. Each $1,000 bond is convertible into 20 common shares (adjusted for the stock dividend). Required: Compute Dow's basic and diluted earnings per share for the year ended December 31, 2021. (Enter your answers in thousands. Round "Earnings per share" answers to 2 decimal places. Do not round intermediate calculations) Numerator 1 Denominator Earnings per share share per Dow's basic Dow's diluted PLEASE HELP WITH SURFACE AREA!! This is my project and I need the awnser quick!! Pls help me marking brainliest if the awnsers r right ! Equal charges, one at rest, the other having a velocity of 10 m/s, are released in a uniform magnetic field. Which charge has the largest force exerted on it by the magnetic field? Select one: a. The charge that is at rest. b. The charge that is moving if its velocity makes an angle of 45 with the direction of the magnetic field when it is released. c. The charge that is moving, if its velocity is parallel to the magnetic field direction when it is released. d. The charge that is moving if its velocity is perpendicular to the magnetic field direction when it is released. All the charges above experience equal forces when released in the same magnetic field. EXAMPLE 1 Determine whether the series 3 2n2 + 3n + 5 converges or diverges. n = 1 SOLUTION For large n the dominant term in the denominator is 2n?, so we compare the given series with the series 3/(2n2). Observe that 3 3 ? 2n2 2n2 + 3n + 5 because the left side has a bigger denominator. (In the notation of the Comparison Test, an is the left side and bn is the right side.) We know that 0 3 1 n2 2n2 n = 1 n = 1 is convergent because it's a constant times a p-series with p = > 1. Therefore 2n2 + 3n + 5 n = 1 is ---Select--- by the Comparison Test. When interpreting F(2,27) = 8.80,p < 0.05,what is the within-groups df?A)30B)27C)3D)2 the equilibrium temperature is the temperature at which [delta]h = - [delta]s the equilibrium temperature is the temperature at which [delta]h = - [delta]s true false Use the binomial series to expand the following function as a power series. Give the first 3 non-zero terms. h(x)= 1 / [(3+x)^(8)] a few moles of carbon dioxide (CO2) gas. the carbon dioxide is cooled from 0.0 c to -15.0 c and is also expanded from a volume of 8.0 L to a volume of 9.0 L while the temperature is held constant at -2.0 C. a. S0d. not enough information peopl e who worry mainly about retaining their achieved status rather than improving it are probably in which of supers developmental stages? use the circuit above. write a brief paragraph explaining what each component of the circuit is doing Which of the following describes the minimum suggested hypoxic dose for an athlete to see an ergogenic effect from altitude training? a. 12 hours/day at low altitudes for at least 12 weeks b. 12 hours/day at moderate altitudes for at least 3 weeks c. 2 hours/day at moderate altitudes for at least 3 weeks d. 2 hours/day at low altitudes for at least 12 weeks read in a csv file with information about national parks to create a list of dictionary objects. Brenda is offered a job at a base salary of $450 per week. The company will pay for 1/4 of the cost of medical insurance, 1/2 of the cost of dental insurance, the forecast of vision insurance and life insurance. The full monthly cost of medical insurance is $350; in the full monthly cost of dental insurance is $75; The four yearly cost of vision insurance is $120; and the full monthly cost of life insurance is $20. What is the annual value you of this job to Brenda if the voltage applied to a parallel plate capacitor is doubled and no other changes are made, what happens the capacitance? rational-emotive therapy is associated with ________ blank; cognitive-behavioral approach with ________ blank.