Which topological structure combines elements from two or more distinct, basic topologies (such as mixing star and bus layouts) within a single infrastructure? MCQ with Answer and Explanation

Which topological structure combines elements from two or more distinct, basic topologies (such as mixing star and bus layouts) within a single infrastructure?
A. Ring Topology
B. Linear Topology
C. Mesh Topology
D. Hybrid Topology
Answer: Option D
Solution (By JKSSB Mock Tests)
A hybrid topology integrates multiple foundational network topologies into a combined, customized networking layout.

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Practice More Computer Networking Questions

Question #1
What is the default subnet mask assigned to standard Class C IP addresses under traditional classful addressing configurations?
A. 255.0.0.0
B. 255.255.255.0
C. 255.255.255.255
D. 255.255.0.0

Correct Answer: Option B


Explanation:
Class C networks allocate 24 bits to the network ID, which corresponds to a default subnet mask of 255.255.255.0.

This question belongs to: Computer Computer Networking
Question #2
What is the primary technical reason for the ongoing migration from traditional IPv4 address configurations to modern IPv6 address pools?
A. IPv4 lacks compatibility with wireless devices.
B. The 32-bit address space of IPv4 cannot provide enough unique addresses for the global volume of internet-connected devices.
C. IPv4 cannot route multimedia payloads.
D. IPv4 requires manual analog modulation adjustments.

Correct Answer: Option B


Explanation:
The growth of internet-connected devices has exhausted the ~4.3 billion addresses available under the 32-bit IPv4 pool, necessitating the 128-bit capacity of IPv6.

This question belongs to: Computer Computer Networking
Question #3
Which of the following is a private IP address designated for exclusive use within local area networks?
A. 168.192.1.1
B. 200.100.50.1
C. 8.8.8.8
D. 10.0.0.1

Correct Answer: Option D


Explanation:
The 10.0.0.0 to 10.255.255.255 range is defined by RFC 1918 as a private Class A IP block reserved for internal networks.

This question belongs to: Computer Computer Networking