Which of the following statements is true? 1. OSPF responds faster to network to

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1. Which of the following statements is true? 1. OSPF responds faster to network topology changes on large networks 2. OSPF is a static routing protocol 3. RIP is well suited for very large networks 4. OSPF is limited to a maximum of 16 hops

1. The "Redirect" message is part of what protocol? 1. ICMP 2. SMTP 3. DNS 4. SNMP

1. What is the first type of address that is searched for in a routing table when determining the path for a packet? 1. Host addresses 2. Subnet Masks 3. Network addresses 4. ARP

1. What is one primary reason why RIP is not effective for large networks? 1. There are 30 seconds between updates. 2. It can provide routes for networks or hosts. 3. It uses Hello packets. 4. It uses UDP.

1. What kind of routing protocol adjusts over time to the network topology? 1. Route table 2. Dynamic 3. Static 4. Ping

1. Which of the following is a component of OSPF? 1. RIP 2. RARP 3. ARP 4. Autonomous System

1. Which of the following statements is true? 1. OSPF responds faster to network topology changes on large networks 2. OSPF is a static routing protocol 3. RIP is well suited for very large networks 4. OSPF is limited to a maximum of 16 hops

1. Which of the following statements is true? 1. OSPF responds faster to network topology changes on large networks 2. OSPF is a static routing protocol 3. RIP is well suited for very large networks 4. OSPF is limited to a maximum of 16 hops

Which of the following statements is true? 1. OSPF responds faster to network topology changes on large networks 2. OSPF is a static routing protocol 3. RIP is well suited for very large networks 4. OSPF is limited to a maximum of 16 hops Which of the following statements is true? Which of the following statements is true? OSPF responds faster to network topology changes on large networks OSPF is a static routing protocol RIP is well suited for very large networks OSPF is limited to a maximum of 16 hops

1. The "Redirect" message is part of what protocol? 1. ICMP 2. SMTP 3. DNS 4. SNMP

1. The "Redirect" message is part of what protocol? 1. ICMP 2. SMTP 3. DNS 4. SNMP

The "Redirect" message is part of what protocol? 1. ICMP 2. SMTP 3. DNS 4. SNMP The "Redirect" message is part of what protocol? The "Redirect" message is part of what protocol? ICMP SMTP DNS SNMP

1. What is the first type of address that is searched for in a routing table when determining the path for a packet? 1. Host addresses 2. Subnet Masks 3. Network addresses 4. ARP

1. What is the first type of address that is searched for in a routing table when determining the path for a packet? 1. Host addresses 2. Subnet Masks 3. Network addresses 4. ARP

What is the first type of address that is searched for in a routing table when determining the path for a packet? 1. Host addresses 2. Subnet Masks 3. Network addresses 4. ARP What is the first type of address that is searched for in a routing table when determining the path for a packet? What is the first type of address that is searched for in a routing table when determining the path for a packet? Host addresses Subnet Masks Network addresses ARP

1. What is one primary reason why RIP is not effective for large networks? 1. There are 30 seconds between updates. 2. It can provide routes for networks or hosts. 3. It uses Hello packets. 4. It uses UDP.

1. What is one primary reason why RIP is not effective for large networks? 1. There are 30 seconds between updates. 2. It can provide routes for networks or hosts. 3. It uses Hello packets. 4. It uses UDP.

What is one primary reason why RIP is not effective for large networks? 1. There are 30 seconds between updates. 2. It can provide routes for networks or hosts. 3. It uses Hello packets. 4. It uses UDP. What is one primary reason why RIP is not effective for large networks? What is one primary reason why RIP is not effective for large networks? There are 30 seconds between updates. It can provide routes for networks or hosts. It uses Hello packets. It uses UDP.

1. What kind of routing protocol adjusts over time to the network topology? 1. Route table 2. Dynamic 3. Static 4. Ping

1. What kind of routing protocol adjusts over time to the network topology? 1. Route table 2. Dynamic 3. Static 4. Ping

What kind of routing protocol adjusts over time to the network topology? 1. Route table 2. Dynamic 3. Static 4. Ping What kind of routing protocol adjusts over time to the network topology? What kind of routing protocol adjusts over time to the network topology? Route table Dynamic Static Ping

1. Which of the following is a component of OSPF? 1. RIP 2. RARP 3. ARP 4. Autonomous System

1. Which of the following is a component of OSPF? 1. RIP 2. RARP 3. ARP 4. Autonomous System

Which of the following is a component of OSPF? 1. RIP 2. RARP 3. ARP 4. Autonomous System Which of the following is a component of OSPF? RIP RARP ARP Autonomous System 1. OSPF responds faster to network topology changes on large networks 2. OSPF is a static routing protocol 3. RIP is well suited for very large networks 4. OSPF is limited to a maximum of 16 hops

Explanation / Answer

OSPF is a static routing protocol

SMTP

Subnet Masks

30 seconds

Ping

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