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2021 Apr 352-001 book

Q61. A company requests that you consult with them regarding the design of their production, development, and test environments. They indicate that the environments must communicate effectively, but they must be kept separate due to the inherent failures on the development network. What will be configured on the links between the networks to support their design requirements? 

A. IBGP 

B. EBGP 

C. OSPF 

D. static routes 

Answer: B 


Q62. You have been hired to redesign a network due to issues with congestion. How will a router function if the QoS mechanism of congestion avoidance is integrated into the existing network design? 

A. the router handles the overflow of traffic by using FIFO B. the router handles the possible buildup of congestion by using WRED 

C. the router forces inbound and outbound traffic to stay within a defined profile by using rate limiting 

D. the router separates packets based on certain characteristics by using NBAR 

E. the router marks packets based on certain characteristics by using PBR 

Answer: B 


Q63. When creating a network design that routes an IGP over L2VPNs, with which device does the remote CE router form an IGP adjacency? 

A. the hub site PE router 

B. the hub site CE router 

C. the directly connected PE router 

D. The IGP will not establish adjacency over the MPLS network. 

Answer: B 


Q64. Refer to the exhibit. 

On this MPLS-based network ring, links have failed between router A and router E. These failures formed microloops while the network converged, when A forwarded traffic to B but B forwards it back to A. 

Which technology is the simplest solution to avoid microloops without enabling a new protocol in the network? 

A. TE Fast ReRoute 

B. IP Fast ReRoute 

C. Loop-Free Alternate 

D. Remote Loop-Free Alternate 

Answer: D 


Q65. In which two ways is IPv4 and IPv6 traffic handled in a network design that uses QoS deployment options? (Choose two.) 

A. IPv6 and IPv4 traffic is treated in the same way by using a single QoS policy that classifies and matches on both protocols. 

B. IPv6 traffic is treated differently than IPv4 by using the flow-label field, which is built into the IPv6 packet header. 

C. IPv6 traffic does not require QoS because it uses to the flow-label field, which classifies and matches on the IPv6 protocol. 

D. IPv6 traffic is treated differently than IPv4 by using two different QoS policies. 

E. IPv6 traffic is treated differently than IPv4 because it uses only the DSCP value and not the IP precedence. 

Answer: AD 


Most recent 352-001 free question:

Q66. Tesla Radio GmbH is going to build a new research lab network based on a set of switches that would connect to their existing enterprise network. They are considering a design that would guarantee loop-free behavior within the set of switches. The design would also allow the group of switches to seem like a single switch to the enterprise network, because it is owned by a separate administrative group. Which Spanning Tree Protocol should be used to support the design requirements? 

A. IEEE 802.1w 

B. IEEE 802.1D 

C. IEEE 802.1s 

D. IEEE 802.1p 

Answer: C 


Q67. Refer to the exhibit. 

This new OSPF network has four areas, but the hub-and-spoke area experiences frequent flapping. You must fix this design failure. Which two mechanisms can you use to isolate the data center area from the hub-and-spoke area without losing IP connectivity? (Choose two.) 

A. Make the DC area totally stub. 

B. Make the DC area an NSSA. 

C. Convert the DC area to EIGRP protocol. 

D. Deploy a prefix summarization on router D. 

E. Use OSPF distribute-list filtering on router A. 

Answer: AD 


Q68. You are designing a wireless LAN with the following components: 

High-density indoor access point deployment 

2.4-GHz and 5-GHz radios 

802.11a, 802.11g, and 802.11n mode wireless LAN clients 

Site survey results show negligible foreign WiFi and non-WiFi interference. What is the best method to decrease duty cycle (radio frequency utilization) and increase overall wireless LAN client performance for this design? 

A. Disable all data rates below 12 Mb/s on all access points. 

B. Decrease radio transmit power on all access points that report a high duty cycle. 

C. Increase radio transmit power on all access points that report a high duty cycle. 

D. Disable all data rates above 12 Mb/s on all access points. 

E. Increase radio transmit power on all access points. 

Answer: A 


Q69. You are designing a Group Encrypted Transport virtual private network solution for an existing branch network. The existing network has the following characteristics: 

. 50 remote sites (with an additional 30 remote sites expected over the next 3 years) . Connectivity between all sites is via Multiprotocol Label Switching Layer 3 virtual private network service from a single provider . Open Shortest Path First is the routing protocol used between provider edge and customer edge routers . The customer edge routers will become group members performing the encryption between sites 

Which additional routing protocol would you use for the overlay routing between the group members? 

A. Open Shortest Path First (with a different process ID) 

B. Enhanced Interior Gateway Routing Protocol 

C. No additional protocol is necessary. 

D. External Border Gateway Protocol 

E. Routing Information Protocol Version 2 

F. Next Hop Resolution Protocol 

Answer: C 


Q70. When designing a WAN that will be carrying real-time traffic, what are two important reasons to consider serialization delay? (Choose two.) 

A. Serialization delays are variable because they depend on the line rate of the interface and on the type of the packet being serialized. 

B. Serialization delay depends not only on the line rate of the interface but also on the size of the packet. 

C. Serialization delays are invariable because they depend only on the line rate of the interface. 

D. Serialization delays are variable because they depend only on the size of the packet being serialized. 

E. Serialization delay is the time required to transmit the packet on the physical media. 

Answer: BE