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Social media in disseminating information for families, social workers, and government agencies

One of the most significant shifts in recent generations is the evolution of the internet, which allows people across the globe to communicate and connect regardless of distance. This transformation has fundamentally changed the way information is distributed and shared.

In the past, families relied on limited sources for calamity updates. Television, radio, and print newspapers served as the primary channels of information, delivering official reports in a one-way flow from broadcasters to the public. 

This often resulted in slower dissemination, with news reaching communities hours or even days after an event occurred. 

Moreover, citizens had little to no immediate means to interact with the information or share their own experiences during emergencies.

In today’s generation, social media has largely replaced traditional methods of information sharing by providing instant, real-time updates through platforms such as Facebook and Instagram. During calamities, citizens can report conditions, share photos and videos, and offer eyewitness accounts, creating a vast, distributed network of information. 

Unlike traditional media, social media enables two-way communication—families can check on loved ones, social workers can coordinate relief efforts, and government agencies can issue targeted warnings and instructions.

The constant flow of updates allows families to receive alerts quickly, confirm the safety of relatives, and access localized information on safe zones or evacuation routes. Social workers can track public sentiment, identify urgent needs, and allocate resources more effectively, while government agencies can monitor disaster progression, direct emergency services, and counter misinformation with official updates. Although social media carries the risk of spreading false information, it also facilitates rapid fact-checking and the correction of rumors by both authorities and the public.

In conclusion, Social media provides real-time, crowd-sourced information during calamities, enabling families to connect, verify details, and aiding social workers and government agencies in rapid response and dissemination of updates. This contrasts with traditional methods, where information was primarily delivered through television, radio, or print materials such as newspapers.

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Commonly Used Terms in Computer System Servicing (TVL-CSS)

In Technical-Vocational-Livelihood – Computer Systems Servicing (TVL-CSS), understanding technical terms is essential for effective learning and application. These words are frequently used in lessons and practical tasks, making them important for both academic and real-world contexts.

Firewall – A network security device or software that monitors and controls incoming and outgoing data traffic. Ex. Without a firewall, your computer is more vulnerable to online threats.

Virus – A malicious code designed to alter, steal, or destroy data and disrupt system operations. Ex. A virus has infected your system, but your files are back-uped so you’re safe.

IP – Internet Protocol; a numerical label that identifies devices and enables communication over a network. Ex. The printer could not be accessed because its IP address was not configured properly.

Drivers – Specialized software that allows the operating system to communicate with hardware components. Ex. Outdated drivers can cause devices to stop working correctly.

Motherboard – The main printed circuit board (PCB) that houses the CPU, memory, and expansion slots/sockets. Ex. The motherboard was flooded with dust, it must be cleaned.

Memory – “RAM” volatile storage used by the system to temporarily hold data and instructions for processing. Ex. Upgrading the RAM improved the performance of the software applications.

Processor – The central processing unit (CPU) that executes instructions and performs calculations for the system. Ex. The processor must have been overheating for a long time.

Subnet – A logically divided portion of an IP network that improves management and efficiency. Ex. The subnet mask was wrong, so that is why it could not obtain an IP address.

Diagnostics – Systematic testing and analysis tools used to detect, identify, and resolve hardware or software issues. Ex. Run the diagnostics, maybe you can solve the problem with that.

Networking – The practice of connecting and managing computers and devices to exchange data and resources. (Ex. I find networking complex and difficult to understand, but it is interesting.)

Here is a video elaborating three of these terms, complete with definitions and example sentences.

Familiarity with these terms supports both classroom learning and practical application in TVL-CSS. Mastering them builds a strong foundation for future technical skills and industry readiness.