4420728
Descripción
Test por Brian Gamble, actualizado hace más de 1 año
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Creado por Brian Gamble
hace casi 9 años
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Pregunta 1
Pregunta
Which of the following distance vector features prevents routing loops by causing the routing protocol to advertise only a subset of known routes, as opposed to the full routing table, under normal stable conditions?
Respuesta
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Route poisoning
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Poison reverse
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DUAL
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Split horizon
Pregunta 2
Pregunta
Which of the following distance vector features prevents routing loops by advertising an infinite metric route when a route fails?
Respuesta
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Dijkstra SPF
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DUAL
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Split horizon
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Route poisoning
Pregunta 3
Pregunta
Routers A and B use EIGRP. How does router A watch for the status of router B so that router A can react if router B fails?
Respuesta
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By using EIGRP Hello messages, with A needing to receive periodic Hello messages to believe B is still working
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By using EIGRP update messages, with A needing to receive periodic update messages to believe B is still working
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Using a periodic ping of B’s IP address based on the EIGRP neighbor timer
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None listed
Pregunta 4
Pregunta
Which of the following affect the calculation of EIGRP metrics when all possible default values are used? (Choose two answers.)
Respuesta
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bandwidth
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delay
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load
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reliability
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MTU
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hop count
Pregunta 5
Pregunta
Which of the following is true about the concept of EIGRP feasible distance?
Respuesta
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A route’s feasible distance is the calculated metric of a feasible successor route
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A route’s feasible distance is the calculated metric of the successor route
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The feasible distance is the metric of a route from a neighboring router’s perspective.
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The feasible distance is the EIGRP metric associated with each possible route to reach a subnet.
Pregunta 6
Pregunta
Which of the following is true about the concept of EIGRP reported distance?
Respuesta
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A route’s reported distance is the calculated metric of a feasible successor route.
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A route’s reported distance is the calculated metric of the successor route.
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A route’s reported distance is the metric of a route from a neighboring router’s perspective.
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The reported distance is the EIGRP metric associated with each possible route to reach a subnet.
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