Which type of internet network technology delivers exceptionally fast data transmission speeds using light pulses traveling through flexible glass or plastic filaments? MCQ with Answer and Explanation

Which type of internet network technology delivers exceptionally fast data transmission speeds using light pulses traveling through flexible glass or plastic filaments?
A. Satellite Radio Array
B. Dial-up Modem lines
C. Fiber Optic Broadband
D. Coaxial Cable Grid
Answer: Option C
Solution (By JKSSB Mock Tests)
Fiber optic connections transmit data as light pulses through glass or plastic fibers, offering much higher bandwidth and lower latency than copper wire networks.

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Practice More Internet and Web Technologies Questions

Question #1
Which of the following is an example of a static web page?
A. A page that displays the same content every time
B. A page with a login form
C. A page that updates automatically
D. A page that shows user-specific data

Correct Answer: Option A


Explanation:
A static web page is delivered exactly as stored and does not change based on user interaction or server-side processing.

This question belongs to: Computer Internet and Web Technologies
Question #2
What is the purpose of an 'IP Address' assignment in internet architectures?
A. To format visual layouts of web content documents cleanly
B. To uniquely identify a specific device interface on a network, allowing data packets to be correctly routed to it
C. To store email files permanently inside local terminal drives
D. To clean automated malware scripts from browser cache blocks

Correct Answer: Option B


Explanation:
An Internet Protocol (IP) address serves as a unique logical address identifier for a device on an IP network, enabling accurate packet routing.

This question belongs to: Computer Internet and Web Technologies
Question #3
Which of the following parameters uniquely represents an accurate distinction of IPv6 over older IPv4 addressing standards?
A. IPv6 utilizes 128-bit addresses, drastically expanding the available address space.
B. IPv6 utilizes 32-bit addresses; IPv4 utilizes 64-bit addresses.
C. IPv6 is restricted strictly to wireless hardware channels.
D. IPv6 cannot translate alphabetical domain name mappings.

Correct Answer: Option A


Explanation:
IPv6 addresses are 128 bits long (represented in hexadecimal), resolving the address exhaustion issue of IPv4, which uses 32-bit addresses.

This question belongs to: Computer Internet and Web Technologies