1: Select the correct statement(s) regarding "full and "partial" mesh networks. O a. Adding new nodes to a full mesh net

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answerhappygod
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1: Select the correct statement(s) regarding "full and "partial" mesh networks. O a. Adding new nodes to a full mesh net

Post by answerhappygod »

1:
Select the correct statement(s) regarding "full and "partial" mesh networks.
O a. Adding new nodes to a full mesh network is simpler than adding new nodes to a partial mesh network
O b. When designing a partial mesh network, the user's availability and reliability requirements help to determine the number of links needed between nodes
O
Every node in a partial network is a single point of failure, therefore most service providers avoid implementing partial mesh networks
©️ d. Implementina partial mesh networks requires that links from a node connect to every other node in the network
2:
Select the OS Reference Model Layer that identifies the port assignment identifying the application to which the data belongs at the destination node.O a. Transport LayerO b. Data Link LayerO c. Network LayerO d. The SI RM only address logical data layers
Select the OS Reference Model Layer that identifies the port assignment identifying the application to which the data belongs at the destination node.
O a. Transport Layer
O b. Data Link Layer
O c. Network Layer
O d. The SI RM only address logical data layers
3:
Quadrature amplitude modulation (QAM, is a technique where two carriers of the same frequencv are transmitted. Each carrier wave differs from the other by T1/2 radiansSvmbols are represented by the carrier's amplitude and phase angles©️ tueO False
Quadrature amplitude modulation (QAM, is a technique where two carriers of the same frequencv are transmitted. Each carrier wave differs from the other by T1/2 radians
Svmbols are represented by the carrier's amplitude and phase angles
©️ tue
O False
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