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NEW QUESTION: 1
Which three RMAN persistent settings can be set for a database?
A. multiple backup device types for a single backup
B. default section size for backups
C. backup retention policy
D. default destinations for backups
E. default backup device type
Answer: C,D,E
Explanation:
Explanation
To simplify ongoing use of RMAN, you can set several persistent configuration settings for each target database. These settings control many aspects of RMAN behavior. For example, you can configure the backup retention policy, default destinations for backups, default backup device type, and so on. You can use the SHOW and CONFIGURE commands to view and change RMAN configurations.
References:
http://docs.oracle.com/cd/B19306_01/backup.102/b14192/setup004.htm#i1019739

NEW QUESTION: 2
VMwareを使用したCisco ASAvの展開に関する2つの記述のうち、正しいものはどれですか？ （2つ選択）
A. パフォーマンス要件に従って、vCPUとメモリの割り当てをオンザフライで変更できます。
B. 仮想アプライアンスが透過ファイアウォールモードで実行されている場合、VSphereスイッチ無差別モードのセキュリティ例外をAcceptに設定する必要があります。
C. vSphereスタンドアロンクライアントまたはツールを使用して展開できます。
D. ASAvおよびvSphereスイッチにはDay 0ファイルが必要です
E. フェールオーバー構成では、両方のデバイスがフェールオーバー構成を完全にサポートしている限り、多数のデバイスとスタンバイデバイスで異なるモデルライセンスを使用できます。
Answer: B,C

NEW QUESTION: 3
Refer to the exhibit.

What two results would occur if the hub were to be replaced with a switch that is configured with one Ethernet VLAN? (Choose two.)
A. The number of broadcast domains would remain the same.
B. The number of broadcast domains would decrease.
C. The number of collision domains would increase.
D. The number of collision domains would remain the same.
E. The number of collision domains would decrease.
F. The number of broadcast domains would increase.
Answer: A,C
Explanation:
Basically, a collision domain is a network segment that allows normal network traffic to flow back and forth. In the old days of hubs, this meant you had a lot of collisions, and the old CSMA/CD would be working overtime to try to get those packets re-sent every time there was a collision on the wire (since ethernet allows only one host to be transmitting at once without there being a traffic jam). With switches, you break up collision domains by switching packets bound for other collision domains. These days, since we mostly use switches to connect computers to the network, you generally have one collision domain to a PC.
Broadcast domains are exactly what they imply: they are network segments that allow broadcasts to be sent across them. Since switches and bridges allow for broadcast traffic to go unswitched, broadcasts can traverse collision domains freely. Routers, however, don't allow broadcasts through by default, so when a broadcast hits a router (or the perimeter of a VLAN), it doesn't get forwarded. The simple way to look at it is this way: switches break up collision domains, while routers (and VLANs) break up collision domains and broadcast domains. Also, a broadcast domain can contain multiple collision domains, but a collision domain can never have more than one broadcast domain associated with it.
Collision Domain: A group of Ethernet or Fast Ethernet devices in a CSMA/CD LAN that are connected by repeaters and compete for access on the network. Only one device in the collision domain may transmit at any one time, and the other devices in the domain listen to the network in order to avoid data collisions. A collision domain is sometimes referred to as an Ethernet segment.
Broadcast Domain: Broadcasting sends a message to everyone on the local network (subnet). An example for Broadcasting would be DHCP Request from a Client PC. The Client is asking for a IP Address, but the client does not know how to reach the DHCP Server. So the client sends a DHCP Discover packet to EVERY PC in the local subnet (Broadcast). But only the DHCP Server will answer to the Request.
How to count them?
Broadcast Domain:
No matter how many hosts or devices are connected together, if they are connected with a
repeater, hub, switch or bridge, all these devices are in ONE Broadcast domain (assuming a
single VLAN). A Router is used to separate Broadcast-Domains (we could also call them Subnets
- or call them VLANs).
So, if a router stands between all these devices, we have TWO broadcast domains.
Collision Domain:
Each connection from a single PC to a Layer 2 switch is ONE Collision domain. For example, if 5
PCs are connected with separate cables to a switch, we have 5 Collision domains. If this switch is
connected to another switch or a router, we have one collision domain more.
If 5 Devices are connected to a Hub, this is ONE Collision Domain. Each device that is connected
to a Layer 1 device (repeater, hub) will reside in ONE single collision domain.

NEW QUESTION: 4
View the Exhibit.

Which of the following terms most accurately defines the type of NAT that is used on the network above?
A. NAT overlapping
B. dynamic NAT
C. static NAT
D. NAT overloading
Answer: D
Explanation:
Explanation/Reference:
Section: Addressing and Routing Protocols in an Existing Network Explanation Explanation:
The network in this scenario uses Network Address Translation (NAT) overloading. NAT overloading uses ports to translate inside local addresses to one or more inside global addresses. The NAT router uses port numbers to keep track of which packets belong to each host. NAT overloading is also called Port Address Translation (PAT).
NAT translates between public and private IP addresses to enable hosts on a privately addressed network to access the Internet. Public addresses are routable on the Internet, and private addresses are routable only on internal networks. Request for Comments (RFC) 1918 defines several IP address ranges that are reserved for private, internal use:
10.0.0.0 through 10.255.255.255

172.16.0.0 through 172.31.255.255

192.168.0.0 through 192.168.255.255

Because NAT performs address translation between private and public addresses, NAT effectively hides the address scheme used by the internal network, which can increase security. NAT also reduces the number of public IP addresses that a company needs to allow its devices to access Internet resources, thereby conserving IP version 4 (IPv4) address space.
An inside local address is typically an RFC 1918-compliant IP address that represents an internal host to the internal network. An inside global address is used to represent an internal host to an external network.
Static NAT translates a single inside local address to a single inside global address or a single outside local address to a single outside global address. You can configure a static inside local-to-inside global IP address translation by issuing the ip nat inside source static inside-local inside-global command. To configure a static outside local-to-outside global IP address translation, you should issue the ip nat outside source static outside-global outside-local command.
Dynamic NAT translates local addresses to global addresses that are allocated from a pool. To create a NAT pool, you should issue the ip nat pool nat-pool start-ip end-ip{netmask mask | prefix-length prefix} command. To enable translation of inside local addresses, you should issue the ip nat inside source list access-list pool nat-pool[overload] command.
When a NAT router receives an Internetbound packet from a local host, the NAT router performs the following tasks:
It checks the static NAT mappings to verify whether an inside global address mapping exists for the

localhost.
If no static mapping exists, it dynamically maps the inside local address to an unused inside

globaladdress, if one is available, from the NAT pool.
It changes the inside local address in the packet header to the inside global address and forwards

thepacket to its destination:

When all the inside global addresses in the NAT pool are mapped, no other inside local hosts will be able to communicate on the Internet. This is why NAT overloading is useful. When NAT overloading is configured, an inside local address, along with a port number, is mapped to an inside global address. The NAT router uses port numbers to keep track of which packets belong to each host:

You can issue the ip nat inside source list access-list interface outside-interface overload command to configure NAT overload with a single inside global address, or you can issue the ip nat inside source list access-list pool nat-pool overload command to configure NAT overload with a NAT pool.
You should use NAT overlapping when the addresses on an internal network conflict with the addresses on another network. The internal addresses must be translated to unique addresses on the external network, and addresses on the external network must be translated to unique addresses on the internal network; the translation can be performed through either static or dynamic NAT.
Reference:
CCDA 200-310 Official Cert Guide, Chapter 8, NAT, pp. 300-302
Cisco: Configuring Network Address Translation: Getting Started: Example: Allowing Internal Users to Access the Internet