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olasank [31]
3 years ago
8

HELP ASAP PLEASE!!! this is for peer counsiling

Engineering
2 answers:
Fofino [41]3 years ago
6 0

Explanation:

We can do another country like Spain and Mexico

Take what you need ok?

The Spanish language extends far beyond Spain and Mexico. One of the top five languages spoken worldwide, there are twenty official Spanish-speaking countries. Within each country or region, however, there are different dialects and varieties, making Spanish one of the most diverse languages in the world. With this great diversity comes a valid business question: Is there a “universal” or “proper” Spanish that I can use for my global business?

Linguistically speaking, the short answer: no. There is no such thing as a “better” Spanish since every dialect is unique and correct in its uniqueness. However, from a marketing point of view, the question now becomes: Is it really necessary to translate and localize for every single Spanish dialect?

Again, the answer is (generally) no. But it all depends on your target Spanish-speaking markets. If you want to reach customers in places like Peru, Argentina, or Puerto Rico, you’ll likely need to translate your content with these variations in mind.

The key is to find variations in vocabulary and grammar where Spanish is spoken and think about how they might influence your particular content. One obvious difference between Spanish in Spain and in Latin America is with the pronouns for “you.” In Latin American Spanish you don’t use the informal pronouns Tú (singular) and Vosotros (plural) as you would in Spain. Instead, the pronouns Usted and Ustedes are used for all situations. In Spain, these pronouns are only used to address somebody formally.

Of course, many people think that there are only distinctions between European Spanish and Latin American Spanish. But because every Spanish-speaking country has developed differently, this simply isn’t true. You have to take into consideration each country’s individual culture, politics, technology, and economy. These factors have great impact on the language and can make the same words mean something quite different when crossing a border.

The Influence of History

For example, some countries in South America, like Argentina or Chile, might see themselves as more European than Latin since they have primarily Spanish and Italian ancestry. The Spanish there reflects this difference: the word bunga (pickpocket) used in Chile and Argentina originated from the Italian word pungia (pocket). Argentina’s word for gun, bufoso, also originated from the Italian word buffare. But then there are some local dialects inside Peru where many Japanese and Chinese words have been Hispanicized, such as: ocha (a hot infusion), matchi (a match), and Chifa (the Peruvian name for Chinese restaurants that comes from the Chinese term 饎飯, “chi faan”, meaning “to eat rice.”) These words reflect the influence of Asia on the local culture there.

You also need to be careful when using political, ideological, and legal terminology because not all Spanish-speaking countries are ruled by the same type of government. Spain, for instance, has a constitutional monarchy while Cuba is communist. Differences in power structures make for differences in terms in Spanish, some of which don’t even have a rough equivalent in another Spanish-speaking country.

What’s in a Name?

You also need to consider that products can have completely different names depending on the country. Just think of ‘truck” and “lorry” with British and American English. Take the word “computer.” In Spain “computer” translates to ordenador, but in most Latin American countries the word is computadora.

Thinking about spreading your business through multiple Spanish-speaking countries? Be sure to go beyond translation and localize the content. Localization along with translation allows you to address the right audience from the beginning. Customers buying a coche in Spain want to come home with a car, but in Mexico, they’re in the market for baby strollers, not a family vehicle. Catching these differences before launching a campaign will save you and your Spanish-speaking customer’s confusion, no matter where your company ends up.

lions [1.4K]3 years ago
5 0

Answer:

Here is a paraphrased version of what i put for peer counseling.

To boost my self-esteem, I began sharing my photo edits on an app I use, and my parents, as well as others, seem to enjoy them. In the photo edits, I simply take a photo from the internet and apply filters to it, or I take a few images and combine them to create a cool collage of photos. I like to use a yellow aesthetic or to make items look golden.

also hey, if you need to paraphrase anything you find online so it doesnt  come up in the teacher's search, just put it into https://quillbot.com/

You might be interested in
Find the time-domain sinusoid for the following phasors:_________
sattari [20]

<u>Answer</u>:

a.  r(t) = 6.40 cos (ωt + 38.66°) units

b.  r(t) = 6.40 cos (ωt - 38.66°) units

c.  r(t) = 6.40 cos (ωt - 38.66°) units

d.  r(t) = 6.40 cos (ωt + 38.66°) units

<u>Explanation</u>:

To find the time-domain sinusoid for a phasor, given as a + bj, we follow the following steps:

(i) Convert the phasor to polar form. The polar form is written as;

r∠Ф

Where;

r = magnitude of the phasor = \sqrt{a^2 + b^2}

Ф = direction = tan⁻¹ (\frac{b}{a})

(ii) Use the magnitude (r) and direction (Φ) from the polar form to get the general form of the time-domain sinusoid (r(t)) as follows:

r(t) = r cos (ωt + Φ)

Where;

ω = angular frequency of the sinusoid

Φ = phase angle of the sinusoid

(a) 5 + j4

<em>(i) convert to polar form</em>

r = \sqrt{5^2 + 4^2}

r = \sqrt{25 + 16}

r = \sqrt{41}

r = 6.40

Φ = tan⁻¹ (\frac{4}{5})

Φ = tan⁻¹ (0.8)

Φ = 38.66°

5 + j4 = 6.40∠38.66°

(ii) <em>Use the magnitude (r) and direction (Φ) from the polar form to get the general form of the time-domain sinusoid</em>

r(t) = 6.40 cos (ωt + 38.66°)

(b) 5 - j4

<em>(i) convert to polar form</em>

r = \sqrt{5^2 + (-4)^2}

r = \sqrt{25 + 16}

r = \sqrt{41}

r = 6.40

Φ = tan⁻¹ (\frac{-4}{5})

Φ = tan⁻¹ (-0.8)

Φ = -38.66°

5 - j4 = 6.40∠-38.66°

(ii) <em>Use the magnitude (r) and direction (Φ) from the polar form to get the general form of the time-domain sinusoid</em>

r(t) = 6.40 cos (ωt - 38.66°)

(c) -5 + j4

<em>(i) convert to polar form</em>

r = \sqrt{(-5)^2 + 4^2}

r = \sqrt{25 + 16}

r = \sqrt{41}

r = 6.40

Φ = tan⁻¹ (\frac{4}{-5})

Φ = tan⁻¹ (-0.8)

Φ = -38.66°

-5 + j4 = 6.40∠-38.66°

(ii) <em>Use the magnitude (r) and direction (Φ) from the polar form to get the general form of the time-domain sinusoid</em>

r(t) = 6.40 cos (ωt - 38.66°)

(d) -5 - j4

<em>(i) convert to polar form</em>

r = \sqrt{(-5)^2 + (-4)^2}

r = \sqrt{25 + 16}

r = \sqrt{41}

r = 6.40

Φ = tan⁻¹ (\frac{-4}{-5})

Φ = tan⁻¹ (0.8)

Φ = 38.66°

-5 - j4 = 6.40∠38.66°

(ii) <em>Use the magnitude (r) and direction (Φ) from the polar form to get the general form of the time-domain sinusoid</em>

r(t) = 6.40 cos (ωt + 38.66°)

3 0
3 years ago
What is a voltage divider circuit and how do you calculate the voltage across one element in a series
Rama09 [41]
Sorry I don’t know myself
6 0
3 years ago
thì nghiệm nén xác định cường độ của bê tông trên ba mẫu thí nghiệm hình trụ HxD=300x150(mm). kết quả thu được lực phá hoại P1=4
adell [148]

spanish

Explanation:

the above question is written in spanish

5 0
3 years ago
Split the timing circuit below into 3 blocks by drawing 2 vertical lines across it, label each of the blocks stating whether it
garik1379 [7]

Answer:

i can Help you but iam using my phone so typing is really hectic. reach me via app on +254743503332

3 0
2 years ago
Which of the following Components Can't. be used as an amplifier Anless its Control electrode Conducts a Current? a) Ann-Channel
Nimfa-mama [501]

Answer:

d) A mosfet

Explanation:

MOSFET is the most common type of insulated gate Field Effect Transistor (FET),  used in electronic circuits and it stands for Metal Oxide Semiconductor Field Effect Transistor.

To configure MOSFET to act as an amplifier, a small AC signal is applied,   which is superimposed on to DC bias at the gate input, then the MOSFET will act as a linear amplifier.

Therefore, the correct option is (d) A mosfet

4 0
3 years ago
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