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200-301 · Question #1117

Drag and Drop Question Refer to the exhibit. OSPF is running between site A and site B. Drag and drop the destination IPs from the left onto the network segments used to reach the destination on the r

Missing Exhibit The question references an exhibit (network topology diagram) that was not included in your message. Without it, I cannot explain the specific placements because the correct answers depend entirely on: The subnet addresses and masks shown in the topology The routi

Submitted by andres_qro· Mar 5, 2026IP Connectivity

Question

Drag and Drop Question Refer to the exhibit. OSPF is running between site A and site B. Drag and drop the destination IPs from the left onto the network segments used to reach the destination on the right. Answer:

Exhibits

200-301 question #1117 exhibit 1
200-301 question #1117 exhibit 2

Answer Area

Drag items

10.10.10.1610.10.13.110.10.13.12910.10.13.15010.10.100.128

Explanation

Missing Exhibit

The question references an exhibit (network topology diagram) that was not included in your message. Without it, I cannot explain the specific placements because the correct answers depend entirely on:

  • The subnet addresses and masks shown in the topology
  • The routing table / OSPF routes at each site
  • Which network segments (links) exist between Site A and Site B

What You Need to Provide

To get an accurate explanation, share the exhibit - typically it shows:

  1. Site A and Site B routers with their interface IP addresses and subnet masks
  2. The WAN/transit link(s) between sites
  3. Connected networks at each site

What I Can Do Now (General OSPF Routing Logic)

When OSPF determines which segment to use to reach a destination, it:

  1. Longest prefix match - the most specific route wins (e.g., /28 beats /24)
  2. OSPF cost - lower cumulative cost path is preferred
  3. Subnet membership - a destination IP must fall within a subnet's range (e.g., 10.10.13.129 falls in 10.10.13.128/25 but NOT in 10.10.13.0/25)

Next Step

Please paste or describe the exhibit (interface IPs, subnet masks, and segment names), and I'll give you a precise, item-by-item explanation of each placement.

Topics

#OSPF#Routing#IP Addressing#Network Topology

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