The Transport layer in both the OSI and TCP/IP models is responsible for end-to-end communication, ensuring data integrity, and providing error correction and flow control. In the OSI model, this layer (Layer 4) establishes, maintains, and terminates connections, handling segmentation, acknowledgment, and retransmission of lost data. The TCP protocol (in the TCP/IP model) works at this layer to provide reliable, connection-oriented services, making it essential for consistent data delivery in network communication. Why Other Options are Incorrect: A) Application: The Application layer (Layer 7 in OSI) provides services to the end-user, not responsible for transport-related tasks. B) Presentation: The Presentation layer (Layer 6 in OSI) deals with data format translation and encryption but not transport. C) Session: The Session layer (Layer 5 in OSI) manages sessions between applications, not data transport. E) Network: The Network layer (Layer 3 in OSI) is responsible for routing and logical addressing (IP addresses), but not the end-to-end data transmission duties handled by the Transport layer.
Find the greatest number of 4 digits divisible by 15, 25, 40 and 75.
The HCF of two numbers is 4. Which of the following can never be their LCM?
The sum of two numbers is 143, and their difference is 13. What is the L.C.M of these two numbers?
The least number which is exactly divisible by 15, 25 and 30 is
Find the HCF of 245, 350 and 385.
Find the HCF of 36, 108, and 156.
In a school, 68 boys and 119 girls have been divided into the largest possible equal classes, so that each class of boy numbers the same as each class o...
Find the LCM of x² – 8x + 15 and x² – 5x + 6 is.
The product of two numbers is 504 and their HCF is 6. Total number of such pairs of numbers is?