CSC 240 - Network Fundamentals » Summer 2021 » Module 1 Week 1.3.6

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Question #1
Which of the following functions are performed by the OSI Transport layer?
A.   End-to-end flow control, Data segmentation and reassembly, and Reliable message delivery
B.   Consistent data formatting between dissimilar systems, Control media access, logical topology, and device identification, and Path identification and selection
C.   Control media access, logical topology, and device identification, Path identification and selection, and Format packets for delivery through the media
Question #2
What is the basic purpose of the OSI Physical layer?
A.   Coordinates rules for routing packets.
B.   Defines basic physical structures, such as disks.
C.   Coordinates rules for transmitting bits.
D.   Coordinates rules for managing network servers.
Question #3
Which of the following are included as part of Data Link layer specifications?
A.   Synchronizing individual bits as they are transmitted through the network., and Composing electrical signals as they pass through the transmission medium.
B.   Identifying physical network devices., and controlling how messages are propagated through the network.
Question #4
In the OSI model, what is the primary function of the Network layer?
A.   Ensures that packets are delivered with no loss or duplication
B.   Routes messages between networks
C.   Allows applications to establish, use, and end a connection
D.   Transmits data frames
Question #5
Which of the following tasks is associated with the Session layer?
A.   Connection establishment
B.   Transmission synchronization
C.   Acknowledgement coordination
D.   Host ID number assignment
Question #6
In the OSI model, which of the following functions are performed at the Presentation layer?
A.   Specify data format (such as file formats) and encrypt and compress data
B.   Handle general network access, flow control, and error recovery and maintain separate client connections
C.   Provide network services and transmit data frames
Question #7
In the OSI model, which of the following functions are performed at the Application layer?
A.   Data translation and Conversation identification
B.   Enabling communication between network clients and services and integrating network functionality into the host operating system
Question #8
Which of the following functions are performed at the Physical layer of the OSI model?
A.   Provisioning environments where you can run network applications
B.   Enabling network services
C.   Conversation identification
D.   Data translation
E.   Moving data across network cables
Question #9
The Data Link Layer of the OSI model is comprised of two sublayers. What are they?
A.   LAT and SAN
B.   MAC and LLC
C.   DLC and SAN
Question #10
Which of the following are functions of the MAC sublayer?
A.   Creating routing tables based on MAC addresses and Mapping hardware addresses to link-layer addresses
B.   Defining a unique hardware address for each device on the network and letting devices on the network have access to the LAN
Question #11
Which OSI model layer is responsible for guaranteeing reliable message delivery?
A.   Data Link
B.   Session
C.   Transport
D.   Application
Question #12
Match each layer of the TCP/IP model on the left with the corresponding layer of the OSI model. Presentation
A.   Network Access
B.   Application
Question #13
Match each layer of the TCP/IP model on the left with the corresponding layer of the OSI model. Data Link
A.   Application
B.   Network Access
Question #14
Match each layer of the TCP/IP model on the left with the corresponding layer of the OSI model. Application
A.   Application
B.   Internet
Question #15
Match each layer of the TCP/IP model on the left with the corresponding layer of the OSI model. Session
A.   Host-to-Host
B.   Application
Question #16
Match each layer of the TCP/IP model on the left with the corresponding layer of the OSI mode. Network
A.   Internet
B.   Application
Question #17
Match each layer of the TCP/IP model on the left with the corresponding layer of the OSI model. Transport
A.   Internet
B.   Host-to-Host
Question #18
Match the networking function or device on the left with its associated OSI model layer. Application
A.   ASCII
B.   HTTP
Question #19
Match the networking function or device on the left with its associated OSI model layer. Presentation
A.   HTTP
B.   ASCII
Question #20
Match the networking function or device on the left with its associated OSI model layer. Session
A.   Session ID number
B.   Port numbers
Question #21
Match the networking function or device on the left with its associated OSI model layer. Transport
A.   Port numbers
B.   Router
Question #22
Match the networking function or device on the left with its associated OSI model layer. Network
A.   Router
B.   Switch
Question #23
Match the networking function or device on the left with its associated OSI model layer. Data Link
A.   Switch
B.   Modem
Question #24
Match the networking function or device on the left with its associated OSI model layer. Physical
A.   Router
B.   Modem
Question #25
During TCP/IP communications between two network hosts, information is encapsulated on the sending host and decapsulated on the receiving host using the OSI model. Match the information format with the appropriate layer of the OSI model. Transport Layer
A.   Bits
B.   Segments
Question #26
During TCP/IP communications between two network hosts, information is encapsulated on the sending host and decapsulated on the receiving host using the OSI model. Match the information format with the appropriate layer of the OSI model. Network Layer
A.   Segments
B.   Packets
Question #27
During TCP/IP communications between two network hosts, information is encapsulated on the sending host and decapsulated on the receiving host using the OSI model. Match the information format with the appropriate layer of the OSI model. Data Link Layer
A.   Frames
B.   Packets
Question #28
During TCP/IP communications between two network hosts, information is encapsulated on the sending host and decapsulated on the receiving host using the OSI model. Match the information format with the appropriate layer of the OSI model. Physical Layer
A.   Bits
B.   Segments

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