Questions: Put the layers of the 5-Layer Hybrid TCP/IP and OSI networking model in the right order from top (layer 5) to bottom (layer 1). [Note: Ignore the numbering next to answer choices. Drag to arrange layers from top to bottom going by their names, putting Layer 5 at the top and Layer 1 at the bottom.] Top Layer (Layer 5) 1 Application Layer 2 Transport Layer 3 Network Layer 4 Data Link Layer 5 Physical Layer Bottom Layer (Layer 1)

Put the layers of the 5-Layer Hybrid TCP/IP and OSI networking model in the right order from top (layer 5) to bottom (layer 1).
[Note: Ignore the numbering next to answer choices. Drag to arrange layers from top to bottom going by their names, putting Layer 5 at the top and Layer 1 at the bottom.]
Top Layer (Layer 5)
1 Application Layer
2 Transport Layer
3 Network Layer
4 Data Link Layer
5 Physical Layer

Bottom Layer (Layer 1)
Transcript text: Put the layers of the 5-Layer Hybrid TCP/IP and OSI networking model in the right order from top (layer 5) to bottom (layer 1). [Note: Ignore the numbering next to answer choices. Drag to arrange layers from top to bottom going by their names, putting Layer 5 at the top and Layer 1 at the bottom.] Top Layer (Layer 5) 1 Application Layer 2 Transport Layer 3 Network Layer 4 Data Link Layer 5 Physical Layer Bottom Layer (Layer 1)
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Solution

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The correct order of the layers in the 5-Layer Hybrid TCP/IP and OSI networking model from top (Layer 5) to bottom (Layer 1) is as follows:

Top Layer (Layer 5)

  1. Application Layer
  2. Transport Layer
  3. Network Layer
  4. Data Link Layer
  5. Physical Layer Bottom Layer (Layer 1)

Explanation:

  1. Application Layer: This is the topmost layer where network applications and their protocols operate. It provides services directly to user applications.
  2. Transport Layer: This layer is responsible for end-to-end communication, error checking, and data flow control. Protocols like TCP and UDP operate at this layer.
  3. Network Layer: This layer handles the routing of data packets between devices across different networks. The Internet Protocol (IP) operates at this layer.
  4. Data Link Layer: This layer is responsible for node-to-node data transfer and error detection and correction. It includes protocols like Ethernet.
  5. Physical Layer: This is the bottommost layer that deals with the physical connection between devices, including the transmission of raw bit streams over a physical medium.

Summarized Order:

  1. Application Layer
  2. Transport Layer
  3. Network Layer
  4. Data Link Layer
  5. Physical Layer
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