Which of the following calculations does the Routing Information Protocol make? Choose two.Answer instructionsCalculates the direction that packets should be forwarded to.Calculates the speed packets should be sent at.Calculates the distance from the destination.
Question
Which of the following calculations does the Routing Information Protocol make? Choose two.Answer instructionsCalculates the direction that packets should be forwarded to.Calculates the speed packets should be sent at.Calculates the distance from the destination.
Solution 1
The Routing Information Protocol (RIP) makes the following calculations:
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Calculates the direction that packets should be forwarded to: RIP determines the best path for data packets to be sent by using a distance-vector routing algorithm. It calculates the direction or path that the packets should take to reach their destination in the most efficient way possible.
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Calculates the distance from the destination: RIP uses hop count as a routing metric to measure the distance between the source and the destination. The hop count refers to the number of routers a packet has to pass through before it reaches its destination. The path with the least number of hops is considered the best path.
Please note that RIP does not calculate the speed at which packets should be sent. The speed or rate of data transmission is typically determined by the bandwidth of the communication links and not the routing protocol.
Solution 2
The Routing Information Protocol (RIP) makes the following two calculations:
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Calculates the direction that packets should be forwarded to: RIP determines the best path for data packets to be sent by using a routing metric. It uses hop count (the number of routers a packet has to pass through before reaching its destination) as the metric for path selection. The path with the least number of hops is considered the best path.
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Calculates the distance from the destination: RIP uses a distance-vector routing algorithm. This means it calculates the distance (in terms of hop count) from the source to the destination. This information is used to build a routing table, which is then used to determine the best path for packet forwarding.
Please note that RIP does not calculate the speed at which packets should be sent. The speed of packet transmission is determined by other factors such as the bandwidth of the connection, not the routing protocol.
Similar Questions
Routing Information Protocol
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Which of the following are functions of a routing protocol?(Choose two answers)Question 10Select one or more:Forwarding IP packets based on a packet’s destination IP address.Learning routes, and putting those routes into the routing table, for routes advertised to the router by its neighboring routers.Learning routes for subnets directly connected to the router.Advertising known routes to neighboring routers.
4.1-2. Forwarding versus routing. Consider the travel analogy discussed in the textbook - some actions we take on a trip correspond to forwarding and other actions we take on a trip correspond to routing. Which of the following travel actions below correspond to forwarding? The other travel actions that you don't select below then correspond to routing. Group of answer choicesA car takes highway 80 between New York and Chicago, rather than highway 87 to Albany and from there take Interstate 90 to Chicago.A car waits at light and then turns left at the intersection.A traveler decides to fly to Sydney through Singapore rather that Dubai.A car takes the 3rd exit from a roundabout.A car stops at an intersection to “gas-up” and take a “bathroom break”A climber decides to take the South Col Route to the top of Mt Everest rather than the Northeast Ridge route.
5.1-1. Routing versus forwarding. Which of the following statements correctly identify the differences between routing and forwarding. Select one or more statements.Group of answer choicesForwarding refers to moving packets from a router’s input to appropriate router output, and is implemented in the control plane. Routing refers to moving packets from a router’s input to appropriate router output, and is implemented in the data plane. Forwarding refers to moving packets from a router’s input to appropriate router output, and is implemented in the data plane. Forwarding refers to determining the route taken by packets from source to destination, and is implemented in the data plane. Routing refers to determining the route taken by packets from source to destination, and is implemented in the data plane. Routing refers to determining the route taken by packets from source to destination, and is implemented in the control plane. Routing refers to moving packets from a router’s input to appropriate router output, and is implemented in the control plane. Forwarding refers to determining the route taken by packets from source to destination, and is implemented in the control plane.
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