Please see the word file and read it carefully
Category: uncategorised
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Writing Question
This post has two parts.
Submit a different 10-page transcript from DQ 5 from a database (i.e. or any other oral history database) or actual transcript from your dissertation data collection that will be used for Assignment 3. Based on this transcript, per your opinion – describe the interviewer’s (the person that conducted the interview) process/decision making while interviewing, for example, can you comment on why they chose the next question or probed or things you may have asked or wanted to know more about from the interviewee. If you are analyzing your own transcript, the same process, why did you decide to probe, and what should/could you have asked more about, your decision-making process while interviewing? The transcript must be approved to use for Assignment 3.
I will attach my dissertation and examples of this assignment.
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Agriculture
1. What is the science of soil management and crop production?
2. What is the process by which plants make their own food?
3. What is the term for the study of the relationship between organisms and their environment?
4. What is the primary source of energy for most living things?
5. What is the process of breeding plants or animals for specific traits?
6. What is the term for the movement of water through a plant?
7. What is the main function of roots in plants?
8. What is the process of transferring pollen from one plant to another?
9. What is the term for the study of the structure, behavior, and physiology of plants?
10. What is the main component of plant cell walls?
11. What is the process by which plants release water vapor into the air?
12. What is the term for the study of the cultivation of fruits, vegetables, and ornamental plants?
13. What is the primary function of leaves in plants?
14. What is the term for the study of the relationship between plants and microorganisms?
15. What is the process of applying scientific principles to agricultural practices?
16. What is the term for the study of the genetic makeup of plants?
17. What is the main factor affecting plant growth and development?
18. What is the process of protecting plants from pests and diseases?
19. What is the term for the study of the ecology of agricultural systems?
20. What is the primary function of stems in plants?
21. What is the process of improving soil fertility?
22. What is the term for the study of the effects of environment on plant growth?
23. What is the main component of plant hormones?
24. What is the process of breeding plants for resistance to disease?
25. What is the term for the study of the management of water resources for agriculture?
26. What is the primary function of flowers in plants?
27. What is the process of applying nutrients to plants?
28. What is the term for the study of the relationship between plants and animals?
29. What is the main factor affecting crop yield?
30. What is the process of controlling weeds in agricultural fields?
31. What is the term for the study of the effects of climate on plant growth?
32. What is the primary function of seeds in plants?
33. What is the process of improving soil structure?
34. What is the term for the study of the genetic improvement of plants?
35. What is the main component of plant defense mechanisms?
36. What is the process of protecting plants from environmental stresses?
37. What is the term for the study of the ecology of soil microorganisms?
38. What is the primary function of fruits in plants?
39. What is the process of applying biological control agents to control pests?
40. What is the term for the study of the effects of soil pH on plant growth?
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Construction Question
please see the file for the requirments
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Which macromolecule stores genetic information and directs p…
DNA (deoxyribonucleic acid) stores genetic information and directs protein synthesis in cells.
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YEHYA_TR420
Artificial Intelligence in Translation: Opportunities and Ethical Challenges
The rapid evolution of artificial intelligence (AI) has profoundly reshaped the translation industry. From neural machine translation engines to adaptive language models, technology now assists translators in producing faster and more consistent work. Modern CAT tools integrate AI features that automatically suggest context-sensitive equivalents, highlight terminology, and predict entire segments based on translation memory data. These advances have reduced repetitive tasks and improved overall productivity, while enabling translators to focus on style, nuance, and meaning.
Figure 1. Conceptual view of AI-assisted translation with TM/TB and human-in-the-loop quality assurance.
However, this technological leap raises pressing questions for professionals and educators alike. How much control should the human translator retain when suggestions appear instantly on the screen? Can algorithms truly understand metaphor, irony, or culturally bound expressions? As agencies adopt AI-driven workflows, translators are urged to balance efficiency with critical judgment, ensuring that ethical considerationssuch as data privacy, bias mitigation, and intellectual propertyare never overlooked. Clear guidelines for the use of client content and confidentiality are also essential in environments where machine learning systems may learn from user-provided data.
AI has introduced new opportunities in accessibility and localization. Real-time subtitling in education, synthetic dubbing for product tutorials, and multilingual chatbots now expand cross-cultural communication at unprecedented speed. Yet these systems may replicate social bias or linguistic inaccuracies if not carefully monitored. High-quality termbases (TB) and project-specific translation memories (TM) remain fundamental to maintaining consistency across large-scale projects and multilingual rollouts. The human-in-the-loop approachwhere expert translators validate and refine AI outputhas proven critical to ensuring reliability and accountability.
In this dynamic environment, the translators role is expanding from language converter to language engineer: a professional who understands both linguistic nuance and digital infrastructure. Mastery of core CAT workflowsproject creation, TM/TB management, concordancing, quality checks, and bilingual reviewnow sits alongside the ability to evaluate AI output, select the right tool for a given task, and document decisions transparently. The future of translation is not man or machine, but rather man with machine, leveraging the strengths of each to deliver accurate, culturally resonant communication.
While artificial intelligence continues to advance rapidly, human expertise remains at the heart of meaningful communication. Machines can replicate structure, syntax, and vocabulary, but they often fail to capture intention, tone, or emotional resonance. Translators bring these subtle layers to life, ensuring that texts remain persuasive, authentic, and culturally appropriate.
In many professional contextssuch as diplomacy, healthcare, and lawthe translators ethical responsibility extends far beyond linguistic accuracy. A mistranslated clause in a legal document or a slight misunderstanding in a medical report can have serious consequences. For this reason, CAT tools and AI engines must be treated as assistants, not authorities. The professional translator must critically evaluate every suggestion generated by the machine.
Another challenge is data privacy. When translators upload client material to cloud-based systems, they must ensure that the data is securely processed and never reused without consent. Organizations are increasingly implementing secure translation environments where all TMs and TBs are stored locally or in protected company servers. These practices highlight the growing role of translators as both linguistic and digital guardians.
The most successful translators today are those who continuously adaptlearning to integrate AI without compromising their human judgment. They experiment with multiple engines, compare outputs, and build their own specialized translation memories. By refining termbases and applying post-editing techniques, they improve both speed and accuracy.
Ultimately, intelligent translation is not a replacement for human creativity but a collaboration that amplifies it. The harmony between translator and technology defines the future of the professionone where precision, empathy, and ethics coexist with innovation.
TRA420 | Project (10%)
Handling a Project in Phrase – Advanced
Student Name
SEU ID
Section/branch
The purpose of this assignment is to get the students familiar with creating and sharing their Projects.
Technical requirement:
1- Internet.
2- Microsoft Word.
3- Microsoft Excel.
4- Sample Files (Provided in resources folder:
- SEU -Project_Sample_TB.tbx
- SEU- Project_Sample_TM.tmx
- SEU-Project_Sample_EN.docx
As you practiced in class, go through the NEW resources, and:
- Create NEW and name it SEU-TRA420 -Project.
- Use mentioned resources to create new TM &TB.
- After adding the source text:
- Extract Terms (and submit the results as deliverable #1)
- Analyze the source text (and Submit the report in PDF file as Deliverable #2)
- Translate the file and while translating add 10 new Terms.
- After translation:
- Export final translated file.(and submit it as deliverable #3)
- Export the Bilingual Review file in both extensions (MXLIFF & DOCX) and submit them as Deliverables #4 and #5.
- Export your Final TM in both file formats (TMX and XLSX). Then send the following files to your instructor:
- TM in TMX format. (deliverable #6)
- TM in XLSX format. (Deliverable #7)
- Export your Final TB in both file formats (TBX and XLSX). Then send the following files to your instructor:
- TB in TBX format. (deliverable #8)
- TB in XLSX format. (Deliverable #9)
Deliverables Check List AND GRADING RUBRIC:
Deliverable
File Format
Status
Notes
Term Extraction File
XLSX
0.5pt
Job Report
PDF
0.5pt
Final Translated File
DOCX
1.0pt
Bilingual Review
MXLIFF
0.5pt
Bilingual Review
DOCX
0.5pt
Final TM
TMX
0.5pt
Final TM
XLSX
0.5pt
Final TB
TBX
0.5pt
Final TB
XLSX
0.5pt
TM Size
between 100-130 segments
1.0 PT
TB
Add ten terms more on the imported TB
(13 terms – 14 Excel rows)
1.0 PT
Final Translated File
DOCX
- PT
- PTS
translated file layout mirroring the ST
- Right to left
- Bold texts
- Hyperlinks
TOTAL POINTS
10
If you needed to remember some of the steps, you can go through the following videos:
Item
Tutorial
How to Create Translation Memories in Phrase
How to Create Term Base in Phrase
Exporting TMs & TBs in Phrase
Handling a Project in Memsource Advanced (Phrase Now)
Below is a link to an updated tutorial for Phrase program.
TRA420 | Project
Handling a Project in Phrase – Advanced
Student Name
SEU ID
Deliverables Check List:
Deliverable
File Format
Possible Points
Student Points
Notes
Term Extraction File
XLSX
1.0pt
Job Report
PDF
1.0pt
Final Translated File
DOCX
1.0pt
Bilingual Review
MXLIFF
1.0pt
Bilingual Review
DOCX
1.0pt
Final TM
TMX
0.5pt
Final TM
XLSX
0.5pt
Final TB
TBX
0.5pt
Final TB
XLSX
0.5pt
Evaluation item
Notes
TM Size
Should be between 100-130
2.0 pt
TB
At least 13 entries (14 Excel rows)
2.0 pt
Final Translated File
DOCX
2.0pt
translated file layout mirroring the ST
- Right to left
- Bold texts
- Hyperlinks
- Total Points
2.0 pts
15
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2: Deliverable #5: Infographic Presentation
The most essential, yet problematic, element for IT professionals is communication. The most effective IT executives are those who can communicate technological solutions to a non-technical audience. Writing a technical paper is a great thing, but it’s of little value to those who do the funding.
For this assignment, create infographics for Deliverables 1-4 to complement the written papers. The infographic for each deliverable must be no more than one page. Each infographic should be thorough, with enough detail to be informative, but not as detailed as a PowerPoint presentation. You should submit one infographic document that is 4 pages in length.
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find the 19th term of an A.P.,7,13,19,25,…………..:
You can use this formula: tn=a+(n-1)d
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Which organelle in eukaryotic cells produces ATP through cel…
The mitochondrion produces ATP by breaking down glucose during cellular respiration.
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What is the molar mass of water (HO) in grams per mole?
18.02 g/mol, calculated as (21.008)+16.00=18.01618.02.