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Showing posts from November, 2026

Garlic bread for lunch! Anti Famine

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ANALGESICS The Science of Pain Relief What are Analgesics? Medications designed to relieve pain without causing a loss of consciousness. They range from over-the-counter (OTC) painkillers to prescription medications for severe pain. Classification NSAIDs Non-Steroidal Anti-Inflammatory Examples: • Ibuprofen (Advil) • Aspirin • Naproxen (Aleve) Mechanism: Blocks COX enzyme...
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THE  Watch%e%RS

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https://youtu.be/In8OcQB3qzc?si=WSXMPBQF8J69TisN shadow movement
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F = m * g' dunk!! g' = g^Y

▶ TikTok APP
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PHONETIC

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PASSING PARAMETER BY REFERENCE

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1. Blogger HTML Implementation How It Works Declaration (yMeter): Set to 0.022 (meters) using Blogger's tag. Passing Parameter / Value: Evaluates data:yMeter * 100 dynamically to output 2.2, resulting in line-height: var(--y); where --y: 2.2cm. A* To implement this in Blogger HTML using b:with to handle the calculations and passing parameters: 1. Blogger HTML Implementation <!-- Declare Y as 0.022 meters in Blogger markup --> <b:with value='0.022' var='yMeter'>   <!-- Multiply Y by 100 to get centimeters (2.2cm) and pass as parameter/inline variable -->   <div expr:style='"--y: " + (data:yMeter * 100) + "cm; line-height: var(--y);"'>   </div> </b:with> How It Works  * Declaration (yMeter): Set to 0.022 (meters) using Blogger's <b:with> tag.  * Passing Parameter / Value: Evaluates data:yMeter * 100 dynamically to output 2.2, resulting in line-height: var(--y); where --y: ...
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SIMULTANEOUS 3 (THREE) OF FOURTH INTO A SINGULARITY OF THIRD

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SOURCE CODE When three software applications (4th-Generation Languages / 4GLs) access the exact same field in a single database record at the same time, the underlying database engine and system hardware (3rd-Generation / Systems Level) must manage that access to preserve data integrity. At the high level, developers write declarative code (SQL, ORM frameworks, or low-code database applications) focusing on what to pull or update. Lower down at the systems/assembly level, the DBMS engine, memory controller, and OS thread scheduler handle how to serialize, lock, and execute these operations. 1. High-Level / Visual View (4GL Perspective) In 4GL environments—such as SQL, PL/SQL, PowerBuilder, MS Access, or ORM abstraction layers—developers write high-level statements or interact through graphical forms: -- App 1, App 2, App 3 issuing concurrent queries: UPDATE accounts SET balance = balance + 100 WHERE account_id = 42; From this perspective, the 4GL m...
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Phonetic and Phonemic

The terms phonetic and phonemic are related to phonetics and phonology, but they have different meanings.

1. Phonetic

Phonetic refers to the actual physical production and pronunciation of speech sounds.

  • Focus: How sounds are produced, transmitted, and heard.
  • Concerned with: The physical properties of sounds.
  • Transcription: Uses square brackets [ ].
Example:

The English word pin can be transcribed phonetically as [pʰɪn].

[pʰ] represents an aspirated /p/ sound (with a puff of air).

2. Phonemic

Phonemic refers to the sounds that distinguish meaning in a particular language.

  • Focus: The function of sounds in a language.
  • Concerned with: Phonemes (meaning-distinguishing sound units).
  • Transcription: Uses slashes / /.
Example:

Pin = /pɪn/

Bin = /bɪn/

The difference between /p/ and /b/ changes the meaning of the words, so they are separate phonemes in English.

3. Main Differences

Phonetic Phonemic
Studies actual speech sounds Studies meaning-distinguishing sounds
Focuses on pronunciation Focuses on sound patterns
Detailed transcription Abstract transcription
Uses [ ] Uses / /
Includes variations in pronunciation Represents phonemes

4. Easy Way to Remember

Phonetic = How a sound is pronounced.

Phonemic = Whether a sound can change meaning.

Example: /p/ in Different Environments

The English phoneme /p/ can have different phonetic realizations:

  • [pʰ] in pin.
  • [p] in spin.

They are phonetically different but phonemically the same phoneme /p/ in English.

Conclusion

Phonetics studies the physical characteristics of speech sounds, while phonemics studies how sounds function to distinguish meaning in a language.

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Phonetic and Phonemic The terms phonetic and phonemic are related to phonetics and phonology, but they have different meanings. 1. Phonetic Phonetic refers to the actual physical production and pronunciation of speech sounds. Focus: How sounds are produced, transmitted, and heard. Concerned with: The physical properties of sounds. Transcription: Uses square brackets [ ] . Example: The English word pin can be transcribed phonetically as [pʰɪn] . [pʰ] represents an aspirated /p/ sound (with a puff of air). 2. Phonemic Phonemic refers to the sounds that distinguish meaning in a particular language. Focus: The function of sounds in a language. Concerned with: Phonemes (meaning-distinguishing sound units). Transcription: Uses slashes / / . Example: Pin = /pɪn/ Bin = /bɪn/ ...
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PUSAT dan BEREDAR

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" kan aku sudah bilang .. maklum kok .. aku sudah duluan "

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