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NEW QUESTION: 1
You need to recommend which task is required to prepare Active Directory for the planned Exchange Server 2013 implementation.
What should you recommend?
A. On any domain controller in the Paris office, run setup.exe /preparead.
B. On any domain controller in the Amsterdam office, run setup.exe /preparead.
C. On any domain controller in the Amsterdam office, run setup.exe /preparedomain.
D. On any domain controller in the Paris office, run setup.exe /preparealldomains.
Answer: B
Explanation:
Explanation/Reference:
Explanation:
The schema master is in the Amsterdam office.
Before you install the release to manufacturing (RTM) version of Microsoft Exchange Server 2013 or later cumulative updates (CU) on any servers in your organization, you must prepare Active Directory and domains.
Run setup.exe /preparead on the schema master.

NEW QUESTION: 2
What are three reasons to migrate from IPv4 to IPv6? (Choose three.)
A. IPv6 eliminates the requirement for NAT.
B. IPv6 includes enough IP addresses to allocate more than four billion IP addresses to every person on earth.
C. Hosts can be assigned an IP address without DNS.
D. IPv6 eliminates the need for VLANs.
E. Hosts can be assigned an IP address without DHCP.
Answer: A,B,E
Explanation:
"IPv6 address contains 32 characters vs. 12 in IPv4. This will grant no ip address translation and dynamic changes. We will even don't need NAT! " http://www.ipv6.ru/english/history/goipv6.php " IPv6 uses a 128-bit address, allowing 2128, or approximately 3.4x1038 addresses, or more than 7.9x1028 times as many as IPv4, which uses 32-bit addresses" http://en.wikipedia.org/wiki/IPv6

NEW QUESTION: 3
Drag and drop the packet types from the left onto the correct descriptions on the right.

Answer:
Explanation:

Explanation:
Unlike legacy network technologies such as ISDN, Frame Relay, and ATM that defined separate data and control channels, IP carries all packets within a single pipe. Thus, IP network devices such as routers and switches must be able to distinguish between data plane, control plane, and management plane packets to treat each packet appropriately. From an IP traffic plane perspective, packets may be divided into four distinct, logical groups: 1. Data plane packets - End-station, user-generated packets that are always forwarded by network devices to other end-station devices. From the perspective of the network device, data plane packets always have a transit destination IP address and can be handled by normal, destination IP address-based forwarding processes. 2. Control plane packets - Network device generated or received packets that are used for the creation and operation of the network itself. From the perspective of the network device, control plane packets always have a receive destination IP address and are handled by the CPU in the network device route processor. Examples include protocols such as ARP, BGP, OSPF, and other protocols that glue the network together. 3. Management plane packets - Network device generated or received packets, or management station generated or received packets that are used to manage the network. From the perspective of the network device, management plane packets always have a receive destination IP address and are handled by the CPU in the network device route processor. Examples include protocols such as Telnet, Secure Shell (SSH), TFTP, SNMP, FTP, NTP, and other protocols used to manage the device and/or network. 4. Services plane packets - A special case of data plane packets, services plane packets are also user-generated packets that are also forwarded by network devices to other end-station devices, but that require high-touch handling by the network device (above and beyond normal, destination IP address-based forwarding) to forward the packet. Examples of high-touch handling include such functions as GRE encapsulation, QoS, MPLS VPNs, and SSL/IPsec encryption/decryption, etc. From the perspective of the network device, services plane packets may have a transit destination IP address, or may have a receive destination IP address (for example, in the case of a VPN tunnel endpoint).
Reference:
https://tools.cisco.com/security/center/resources/copp_best_practices