Explain 4 reasons for the impact of marketing partners on the export of a product.
Answers
Marketing partners play a crucial role in the success of exporting a product. Here are four reasons why:
1. Local market knowledge
2. Established networks
3. Reduced risk
4. Increased brand awareness
1. Local market knowledge: Marketing partners have an in-depth understanding of the local market and consumer behavior. They can provide valuable insights into cultural nuances, buying habits, and preferences, which can help companies tailor their products and marketing strategies accordingly.
2. Established networks: Marketing partners have established networks of distributors, retailers, and other key players in the local market. Leveraging these networks can help companies gain access to new customers and distribution channels, which is essential for expanding their export business.
3. Reduced risk: Exporting a product comes with various risks, including currency fluctuations, legal compliance, and logistics. Working with a marketing partner can help mitigate some of these risks by sharing the burden of responsibilities and leveraging their expertise in the local market.
4. Increased brand awareness: Marketing partners can help companies build brand awareness and recognition in the local market. They can develop marketing campaigns, promotions, and events that resonate with local consumers and create a positive image of the brand. This, in turn, can lead to increased sales and market share.
In summary, marketing partners can significantly impact the export of a product by providing market knowledge and expertise, access to distribution channels and networks, support for promotional activities, and assistance with regulatory compliance and risk management.
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Related Questions
In an historical movie, two knights on horseback start trom rest 80.9 m apart and ride directly toward each ocher to do battle. Sir. Georses acceleration has a magnitude of 0.297 m/s
2
, while Sir Aifred's has a magnitude of 0.338 m/s
2
. Aelative to Sir George's starting point, where do the knights collide? Number Units eTextbook and Media Attempts:0 of 5 used
Answers
Given: Initial separation between the two knights = 80.9 m The magnitude of Sir George's acceleration = 0.297 m/s2
The magnitude of Sir Alfred's acceleration = 0.338 m/s2
The point where the knights collide relative to Sir George's starting point. Let's consider the situation from Sir George's frame of reference. The magnitude of his acceleration is 0.297 m/s2. Therefore, his speed is increasing by 0.297 m/s every second. Let's assume that the time taken for the collision is t seconds. After t seconds, Sir George will be at a distance of
S = ut + (1/2)at2
Where, u = Initial velocity = 0 m/sa = Magnitude of acceleration
= 0.297 m/s2S
= ut + (1/2)at2 = 0 + (1/2)×0.297×t2 = 0.1485t2
Similarly, Sir Alfred's speed will increase by 0.338 m/s every second. Therefore, after t seconds, Sir Alfred will be at a distance of
S = ut + (1/2)at2
Where, u = Initial velocity = 0 m/sa = Magnitude of acceleration
= 0.338 m/s2S
= ut + (1/2)at2
= 0 + (1/2)×0.338×t2
= 0.169t2 Now, the total distance travelled by both knights after t seconds
= (0.1485t2 + 0.169t2) m= 0.3175t2 m
As per the problem, the knights will collide after travelling this distance. Therefore,
0.3175t2 = 80.9 mt2 = (80.9/0.3175)t2t2 = 254.6t = √(254.6) = 15.96 s
Therefore, the knights will collide after 15.96 seconds from the start of the motion. Relative to Sir George's starting point, his distance travelled after 15.96 seconds is
S = ut + (1/2)at2 = 0 + (1/2)×0.297×(15.96)2 = 67.62 m Similarly, relative to Sir George's starting point, Sir Alfred's distance travelled after 15.96 seconds is
S = ut + (1/2)at2 = 0 + (1/2)×0.338×(15.96)2 = 97.35 m
Therefore, the knights will collide at a distance of 67.62 m from Sir George's starting point.
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Detrital grains of ________ are not likely to be concentrated in placer deposits.
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Detrital grains of gypsum are not likely to be concentrated in placer deposits.
Placer deposits are naturally occurring concentrations of heavy minerals brought about by the gravitational pull of moving particles. When weathering processes liberate heavy, stable minerals from their matrix, they are gradually carried into streams that quickly winnow the lighter matrix.
Within evaporite sequences and in conjunction with limestones and shales, gypsum is frequently found in significant thicknesses. At the bottom of numerous large-scale tectonic dislocations and thrust faults, substantial quantities of alabaster gypsum are frequently found. In order to make cement and plaster for the construction industry, gypsum is a crucial raw material.
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the floor of death valley is about two miles lower than the mountain peaks around it. how did this happen? group of answer choices the valley was carved two miles deep by a prehistoric river, much in the same way that the colorado river carved the grand canyon. the elevation difference between the peaks and valley was once much larger than two miles, but the valley floor has been rising as it is inflated by lava from below. the valley floor has
Answers
The valley floor has dropped by more than two miles relative to the mountains, but erosion has removed the tops and the sediment produced has partially filled the valley, leaving an elevation difference of two miles.
How are valleys produced by plate boundaries?When plates move apart, they create divergent plate borders, which are related to the rift valley development. Mountains are likely to be formed as a result of the movement of convergent plate boundaries toward one another and pressing against one another.
What is the difference in elevation?The difference in elevation, which is akin to what you have studied as the difference in height, is the vertical distance between two places (see Section 5.0). Leveling is a fundamental operation in topographical surveys that measures variations in height.
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1) what are tectonic plates ? How it is formed ? please my humble request please mark me Brainlist Thank you !!
Answers
Answer:
the things that form the earths crust they are formed by rock
Explanation:
hope this helps
Human resources are products people make for others.
Answers
Human resources are products people make for others. The statement is True.
Human resources refers to assets of any organization which includes individuals' talents, knowledge, and abilities that they employ to add value to the lives of others.
Technical capabilities, creative ability, leadership traits, communication skills, and emotional intelligence are examples of human resources traits that can applicable in handling different types of situations.
Human resources may help organizations succeed in a variety of ways, including increased productivity, improved quality, increased customer happiness, and promoted creativity in organizations by people.
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The complete question is Probably
Human resources are products people make for others.State True or false.
The similarities and differences between the two ecosystems in general. So also describe and show what they look like, the soil included.
Answers
Answer:
Ecosystem is an integrated system of nature which includes overall purview-physical, biotic and human aspects of the earth and or the space and may be known as the independent study of the inaction between the living organisms and non-living properties of the earth
Explanation:
i hope this helps plz mark me as brainlist
Which statement is correct for a country whose role in the global economy is to provide
raw resources.
Answers
Antarctica occupies ____________ of the Earth's land area, but has no permanent population or government.
Answers
Answer:
2.75% is the answer you're looking for.
a good estimate of expected cloud base heights in an unstable atmosphere in colorado on a summer afternoon can be obtained using the __________________ .
Answers
A good estimate of expected cloud base heights in an unstable atmosphere in Colorado on a summer afternoon can be obtained using the lifted index.
The lifted index is a measure of atmospheric instability that takes into account the temperature and moisture profiles of the atmosphere. A negative lifted index indicates instability, meaning that air parcels will rise freely, while a positive lifted index indicates stability, meaning that air parcels will remain at their current level.
To calculate the lifted index, the temperature and moisture profiles of the atmosphere are compared to the temperature and moisture profiles of a parcel of air lifted from the surface. The difference between the two profiles is then divided by 10 to obtain the lifted index.
A more negative lifted index indicates a greater potential for cloud development, with cloud bases likely to form at lower altitudes. Therefore, using the lifted index can provide a good estimate of expected cloud base heights in an unstable atmosphere in Colorado on a summer afternoon.
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What argument did Andrew Jackson use to persuade people that the Indian
Removal Act was a good decision?
Answers
Answer:
Removing American Indians will allow white settlers to become wealthier.
Explanation:
The unsaturated zone lies above the Select one: a. Soil moisture b. Saturated Zone c. The recharge area d. The aquitard e. The aquiclude You see a well bore hole gushing water. It is probably a Select one: a. A high well b. Unconfined Well c. A hydrostatic well d. A potentiometric well e. Artesian Well Darcy's Law relates Discharge to Select one: a. DI b. K c. A. d. All of these answers are correct e. Dh
Answers
The unsaturated zone is above the saturated zone. A gushing well is likely an artesian well. Darcy's Law relates discharge to various factors.
Above the saturated zone is the unsaturated zone. It is the area where the soil or rock has both air and water, but the pores do not have enough water to fill them completely.
It is most likely an artesian well if you see a well bore hole spewing water. By applying pressure to a confined aquifer, artesian wells cause water to flow to the surface naturally without the use of pumps.
According to Darcy's Law, the hydraulic gradient (dh), cross-sectional area (A), and hydraulic conductivity (K) all influence discharge (Q). You can write it out as Q = K × A × dh. In light of Darcy's Law, all of the given options (DI, K, A, and Dh) are accurate.
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The volume of a right cone is 245π units3 If its height is 15 units, find its radius.
Answers
The radius of the right cone is 7 units.
How to find the radius of the right coneWe can rearrange the formula for a cone's volume to solve for the radius. The volume of a cone is calculated as follows:
V = (1/3) * π * \(r^2\)* h
Where
V is the volume π is pi (approximately 3.14159) r is the radius h is the heightGiven that the volume V is 245π cubic units and the height h is 15 units, we can substitute these values into the formula:
245π = (1/3) * π * \(r^2\) * 15
To find the radius, we can rearrange the equation:
\(r^2\)= (245π * 3) / (π * 15)
\(r^2\) = 49
Taking the square root of both sides:
r = √49
r = 7
So, the radius of the right cone is 7 units.
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Which situation occurs if the president does not sign or veto a bill after ten days while Congress is still in session?
Answers
Answer:
A bill becomes law if signed by the President or if not signed within 10 days and Congress is in session. If Congress adjourns before the 10 days and the President has not signed the bill then it does not become law ("Pocket Veto.")
Explanation:
:)
Answer:
The bill becomes law
Explanation:
HEEEEELP, PLEASE.
Describe the general structure of hurricanes, how they form, and their typical movements. Be as detailed as possible in your answer and be sure to include the ocean's role in the process. Appropriately include at least 5 of the following vocabulary words from this Lesson: Jet stream Water cycle (or related words, such as evaporation, condensation, precipitation, cloud formation) Thermal energy Pressure Wind Air mass Eye.
Answers
Hurricanes form when warm moist air over water begins to rise. After that the rising air is replaced by cooler air. This process continues to grow large clouds and thunderstorms. Then they continue to grow and rotate because of the coriolis effect.
The bars of light in the picture are particles and debris that produce a streak of light as they burn up in Earth's atmosphere. They are sometimes called shootinq stars.
Answers
Answer:
c) meteors
Explanation:
the nighttime counterpart of the sea breeze circulation is called a
Answers
The nighttime counterpart of the sea breeze circulation is called a land breeze.
During the day, the sun heats up the land faster than it heats up the ocean, causing the air above the land to rise and creating an area of low pressure. This draws in cooler air from the ocean, which creates the sea breeze circulation.
At night, the situation is reversed. The land cools faster than the ocean, which causes the air above the land to become cooler and denser, creating an area of high pressure. This draws in warmer air from the ocean, which creates the land breeze circulation. The land breeze typically occurs in the late evening and early morning hours.
Therefore, the land breeze is the nighttime counterpart of the sea breeze circulation, and both are important atmospheric circulations that help to regulate the temperature and weather patterns near coastal regions.
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What position did the NAACP take on urban renewal in Southwest Washington?
A.
The local chapter was neutral on urban renewal.
B.
They strongly opposed urban renewal.
C.
They kept changing their position for or against it.
D.
The national office opposed it and the local chapter favored it.
Answers
The NAACP was adamantly opposed to urban renewal in southwest Washington.
Hence option b. is correct.
Urban renewal is the process of taking over and razing substantial portions of private and public land in order to update and improve aged infrastructure.
What exactly does urban revitalization mean?Local governments all around the nation embrace urban renewal as a strategy for economic growth. More precisely, it is a strategy for reviving the economy in "blighted" areas by public initiatives that spur private investment.
What are some instances of urban renewal?Urban revitalization is typically, but not always, a narrative of reconstruction. Urban renewal is responsible for the development of modern housing developments, shopping centres, office buildings, civic centres, sports stadiums, parking lots, and college campuses.
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Porosity increases:_________. a. when grains settle more closely together after deposition.b. with increasing crystallization between grains in sedimentary rock. c. with the cementing of sediments by minerals from groundwater. d. when rocks develop joints or fractures.
Answers
Answer:
The correct solution is Option d (when rocks develop joints or fractures ).
Explanation:
Porosity is observable from descriptive samples taken. The drawbacks of receivable dams are that this is impossible to make true reflection temperature measurements, specific side-wall concrete samples while being often valuable can also result in poor coverage as well as dependence on log-derived porosity seems to have become the standard.As porosity rises, too much wind needs to pass further through most of the shelterbelt, which would be to say the less significant decrease in wind direction.Some other available scenarios have no connexons with the particular circumstance. So this seems to be a reasonable option.
If AB=12 and BC =19 then what does AC equal
Answers
Answer:
it depends on the angle made by lines AB and BC
A meadow ecosystem formed where there was once a
pond.
Which three statements describe how the pond turned into the meadow?
A. Large water plants grew in shallow water around the edge of the
pond
B. Runoff carried water and organisms into a low place on land.
C. Soil filled in the pond, and it no longer held standing water.
D. The pond got shallower as sediment and other materials covered
its bottom
Answers
Answer:
C
Explanation:
Soil filled in the pond, and it no longer held standing water.
Which explains how wind causes downwelling in the oceans?
A.
Wind systems diverge at a coastline, moving warm surface water away from the coastline. The water piles up and sinks.
B.
Wind systems diverge at a coastline moving warm surface water toward the coastline. The water piles up and sinks.
C.
Wind systems converge at a coastline moving warm surface water toward the coastline. The water piles up and sinks.
D.
Wind systems converge at a coastline, moving warm surface water away from the coastline. The water piles up and sinks.
Answers
Answer:
C. Wind systems converge at a coastline moving warm surface water toward the coastline. The water piles up and sinks
Explanation:
C. Wind systems converge at a coastline moving warm surface water toward the coastline. The water piles up and sinks
Wind systems converge at a coastline moving warm surface water toward the coastline. The water piles up and sinks. This is because when wind systems converge at a coastline, they push the warm surface water towards the coastline. This causes the warm surface water to pile up and sink, resulting in downwelling in the oceans.
explain the causes of volcano
Answers
Answer:
volcanoes are formed by eruptions of lava and ash when magma rises through cracks or weak spots
what is the difference between birmingham and greater birmingham
Answers
Birmingham is a city in the West Midlands region of England. It is the second-largest city in the UK, after London. Greater Birmingham, on the other hand, is a metropolitan area that encompasses the city of Birmingham and its surrounding suburbs and towns.
The city of Birmingham has a population of around 1.1 million people, while the Greater Birmingham area has a population of around 2.5 million. The Greater Birmingham area is also known as the West Midlands conurbation and is the second-most populous urban area in the UK, after the Greater London area.While Birmingham is the largest city in the West Midlands region, Greater Birmingham is a larger area that includes several other towns and cities such as Wolverhampton, Solihull, Walsall, and Coventry. The Greater Birmingham area is also home to several major universities, hospitals, and cultural institutions, as well as several major business districts.In terms of governance, the city of Birmingham is governed by the Birmingham City Council, while the Greater Birmingham area is governed by the West Midlands Combined Authority, which is made up of representatives from several local councils, including Birmingham.Overall, the difference between Birmingham and Greater Birmingham is that Birmingham is a city, while Greater Birmingham is a larger metropolitan area that includes Birmingham and several other surrounding towns and cities.
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which one adaptation was most important in enabling animals to reproduce on land?
Answers
The development of the amniotic egg was arguably the most important adaptation that enabled animals to reproduce on land.
This evolutionary innovation emerged in certain reptilian ancestors and provided a solution to the challenges of reproducing away from water. The amniotic egg is encased in a protective shell and contains specialized membranes that provide a self-contained aquatic environment for the developing embryo. It allows for gas exchange, waste removal, and protection from desiccation, providing the necessary conditions for embryos to develop and hatch outside of water. The amniotic egg liberated early reptiles and their descendants from the dependence on aquatic environments, opening the door for the colonization of terrestrial habitats and paving the way for the diversification of land-dwelling animals.
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In circle T, m ∠= 160 ∘ ∠UTV=160∘ and the length of UV⌢ = 8π. Find the length of ‾ TU .
Answers
When we square the two sides, we obtain: x ≈ 11.13
As a result, section TU is about 11.13 in length.
How are lengths determined in circles?To determine the length of segment TU, we can use the Law of Cosines and the characteristics of angles in a circle. Since the arc length is proportional to the central angle, the length of arc UV is also 160/360 of the circle's circumference. First, we know that the angle subtended by arc UV is 160 degrees. Hence, we can construct the following equation:
160/360 * 2πr = 8π
When we simplify this equation, we obtain:
r = 4
Now, we can determine the length of TU using the Law of Cosines. Let x represent the section TU's length. Next, we have
\(x^2 = r^2\) + (8π)^2 - 2r(8π)cos(160°)
When we substitute r's value, we obtain:
\(x^2\) = 16 + (8π)^2 - 32πcos(160°)
Using the aid of a calculator, we can determine that cos(160°) is roughly -0.94. If we substitute this value, we obtain:
\(x^2 = 16 + (8π)^2 + 60.16 \sx^2 = 124.08\)
When we square the two sides, we obtain:
x ≈ 11.13
As a result, section TU is about 11.13 in length.
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the stages of the epidemiologic transition are based on
Answers
Answer: There are two major components of the transition: (1) changes in population growth trajectories and composition, especially in the age distribution from younger to older, and (2) changes in patterns of mortality, including increasing life expectancy and reordering of the relative importance of different causes of death
Explanation:
When air masses move from the areas they form in, to other areas, they can collide and form weather fronts in the places they meet.
True or False?
Answers
Answer:
The answer should be true
What has careful study of the composition of the lavas from Kilauea and Mauna Loa revealed about their origins and relationship?
Answers
The careful study of the Kilauea and Mauna Loa volcanoes has led to the discovery that these volcanoes are in fact linked to one another.
How are the volcanoes related?Scientists have concluded that they are linked.This is via an underground melt that extends between the two. What this means is that the activity of one volcano can directly influence the other by acting as a pressure release, or contributing to increasing pressure. Both are hotspot volcanoes formed near the same period of time. Scientists arrived at this conclusion by studying the composition of the lava and the behavior of each volcano.Therefore, we can confirm that after many years of careful study of the volcanoes and the composition of their lava, scientists have come to the conclusion that the volcanoes are both hotspot volcanoes that formed close to one another and are linked to one another via an underground melt that extends between the two.
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What is a natural disaster? list of 58 main natural disasters Nepal has been prepared
Answers
A natural disaster is a natural event that bring damage to life and properties and some examples are hurricane, earthquake etc.
What is a natural disaster?A natural disaster is a catastrophic event that occurs as a result of natural processes and causes widespread damage and destruction to property, infrastructure, and human life. Some common examples of natural disasters include earthquakes, hurricanes, floods, droughts, wildfires, landslides, and tsunamis.
Some of the main natural disasters that has happened around Nepal region are;
1934 Nepal-Bihar earthquake
1988 Nepal-Bihar earthquake
2015 Nepal earthquake
2015 Kali Gandaki landslide
2014 Bheri River flood
2013 Panchthar landslide
2012 Sindhupalchowk flood
2008 Koshi River flood
2006 Jajarkot landslide
2003 Jumla flood
2002 Rapti River flood
2002 Seti River flood
2001 Nepal-Bihar earthquake
1998 Sindhupalchowk earthquake
1993 Nepal earthquake
1991 Nepal earthquake
1988 Dhaulagiri avalanche
1986 Nepal earthquake
1981 Nepal earthquake
1979 Nepal earthquake
1978 Arun River flood
1974 Nepal earthquake
1971 Nepal-Bihar earthquake
1966 Nepal-Bihar earthquake
1964 Nepal-Bihar earthquake
1958 Nepal earthquake
1957 Nepal earthquake
1956 Nepal earthquake
1949 Nepal earthquake
1947 Nepal earthquake
1946 Nepal earthquake
1945 Nepal earthquake
1944 Nepal earthquake
1943 Nepal earthquake
1942 Nepal earthquake
1941 Nepal earthquake
1939 Nepal earthquake
1938 Nepal earthquake
1937 Nepal earthquake
1936 Nepal earthquake
1935 Nepal earthquake
1934 Nepal earthquake
1933 Nepal earthquake
1932 Nepal earthquake
1931 Nepal earthquake
1930 Nepal earthquake
1929 Nepal earthquake
1928 Nepal earthquake
1927 Nepal earthquake
1926 Nepal earthquake
1925 Nepal earthquake
1924 Nepal earthquake
1923 Nepal earthquake
1922 Nepal earthquake
1921 Nepal earthquake
1920 Nepal earthquake
1919 Nepal earthquake
1918 Nepal earthquake
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Why did the allies consider the league of nations when developing the united nations
Answers
Answer:
Because they wanted to create an institution whose task will be to prevent conflicts in the world. That is the reason why League of Nations was created after WW1.
Explanation:
After WW1 ended Allies, especially American president Wilson believed that some body should be created to prevent this type of wars to happen again. League of Nations was created, but it didn't reached its goal. After WW2 similar idea emerged. This time, mistakes that were made when League of Nations was created were not repeated. All great powers decided to support the creation of UN.
Answer:
1. The Allies wanted to understand the weaknesses of the league.
Explanation:
The League of Nations failed because the United States had not joined and they had no military authority to enforce any of is principles. Other countries did not see these promises as legitimate as a result. The allies would need to understand the weaknesses that the League had to create a better alliance.