The document discusses formal concept analysis (FCA), a mathematical theory for modeling concepts in data. FCA can be applied to large datasets to help manage and structure the information by discovering formal concepts and concept hierarchies. As an example, FCA is applied to a music library dataset to allow searching for songs based on genres, discover relationships between genres, and analyze a user's preferences through their music selections. FCA represents the dataset as a formal context and derives hierarchies of formal concepts from the context to help organize and understand the information in a mathematically rigorous way.
The document discusses Numacraw, a popular Japanese Pokémon character. It notes that Numacraw can be added to plots and charts using the Numacraw() function in R to make them more enjoyable. The function randomly places Numacraw in plots and charts to make boring visualizations more fun. Adding Numacraw is suggested as a cheap solution to improve plots and charts.
This document discusses important considerations for drug administration in elderly patients. It notes that elderly patients often have multiple chronic conditions and take many medications. Their drug metabolism can change with age due to decreases in organ function. Specifically, absorption may decrease or increase depending on digestive changes, distribution volumes decrease for hydrophilic drugs and increase for lipophilic drugs, metabolism decreases due to liver changes, and excretion decreases due to kidney function decline. Close monitoring is needed when prescribing certain drugs that carry higher risks for adverse effects in elderly patients like benzodiazepines, digoxin, and anticoagulants. Dosage adjustment may be required based on an individual's physical characteristics.
The document discusses formal concept analysis (FCA), a mathematical theory for modeling concepts in data. FCA can be applied to large datasets to help manage and structure the information by discovering formal concepts and concept hierarchies. As an example, FCA is applied to a music library dataset to allow searching for songs based on genres, discover relationships between genres, and analyze a user's preferences through their music selections. FCA represents the dataset as a formal context and derives hierarchies of formal concepts from the context to help organize and understand the information in a mathematically rigorous way.
The document discusses Numacraw, a popular Japanese Pokémon character. It notes that Numacraw can be added to plots and charts using the Numacraw() function in R to make them more enjoyable. The function randomly places Numacraw in plots and charts to make boring visualizations more fun. Adding Numacraw is suggested as a cheap solution to improve plots and charts.
This document discusses important considerations for drug administration in elderly patients. It notes that elderly patients often have multiple chronic conditions and take many medications. Their drug metabolism can change with age due to decreases in organ function. Specifically, absorption may decrease or increase depending on digestive changes, distribution volumes decrease for hydrophilic drugs and increase for lipophilic drugs, metabolism decreases due to liver changes, and excretion decreases due to kidney function decline. Close monitoring is needed when prescribing certain drugs that carry higher risks for adverse effects in elderly patients like benzodiazepines, digoxin, and anticoagulants. Dosage adjustment may be required based on an individual's physical characteristics.
This document provides information about a book that teaches the first 103 kanji characters required for the Japanese Language Proficiency Test N5. Each kanji character is presented on its own page with its meaning, readings, example vocabulary, stroke order, number of strokes, radicals, and a practice grid for writing. The document also discusses copyright and how the book can be freely shared. It then provides background information about the organization that created the book and their websites and online shop related to Japanese language and culture.
This document provides information about a book that teaches the first 103 kanji characters required for the Japanese Language Proficiency Test N5. Each kanji character is presented on its own page with its meaning, readings, example vocabulary, stroke order, number of strokes, radicals, and a practice grid for writing. The document also discusses copyright and how the book can be freely shared. It then provides background information about the organization that created the book and their websites and online shop related to Japanese language and culture.
1. Meguro Language Center ★BP1-11 (201004)
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L.11 までの ぎもんし (Interrogatives) 解答(かな版のみです)
1. who だれ、 どなた[formal]
2. whose だれの、 どなたの[formal]
3. with whom ( )、 ( )[formal]
4. what なん なに
5. what number なんばん
6. what time なんじ
7. by what なんで、 なにで
8. which day of the week なんようび
9. which day of the month なんにち
10. which month なんがつ
11. when ( )
12. how much (price) ( )
13. how many いくつ、 なんこ[small objects]
14. how many people なんにん
15. how many (long objects) なんほん、 なんぼん
16. how many sheets ( )
17. how many (books) なんさつ
18. how many times なんかい、 なんど
19. how many hours ( )
20. how many minutes なんぷん、 なんふん
21.
how long, how much,
how many ... (for quantity) どのぐらい、 どのくらい
22. where どこ、 どちら[formal]
23. at where (action) ( )、 どちらで[formal]
24. at where (existence) ( )、 どちらに[formal]
25. to where (direction) どこに(どこへ)、 どちらに(どちらへ)[formal]
26. which ( )、 どちら[formal]
27. which [noun] どの+[noun]、 どちらの+[noun] [formal]
28. which company’s/country’s ( )、 どちらの[formal]
29. why どうして、 なんで、 なぜ[formal]
counter
ですか。+
particle
noun+
だれと どなたと
いつ
いくら
なんまい
なんじかん
どこで
どこに
どれ
どこの