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NEW QUESTION: 1
A female client was recently diagnosed with gastric cancer. She entered the hospital and had a total gastrectomy with esophagojejunostomy. Her postoperative recovery was uneventful. On conducting discharge teaching, the nurse discusses changes in bodily function and lifestyle changes with the client. In order to prevent pernicious anemia, the nurse stresses that the client must:
A. Receive monthly blood transfusions
B. Increase the amount of iron in her diet
C. Eat small quantities several times daily until she is able to tolerate food in moderate portions
D. Understand the need for Vitamin B12 replacement therapy
Answer: D
Explanation:
Explanation
(A) Monthly blood transfusions are not indicated postgastrectomy. (B) Increasing iron in the client's diet may cause irritation and will not alleviate pernicious anemia. (C) It may be necessary that the client eat small meals several times per day, but this measure has no relevance to prevention of pernicious anemia. (D) Pernicious anemia is caused by lack of Vitamin B12, and replacement therapy will be necessary because the client's stomach has been removed.
NEW QUESTION: 2
0回より大きく10回未満表示される「タイトル」要素を指定するXMLスキーマドキュメントを正しく説明しているものを次のうちどれを選択します。
A. <？xml version = "1。0"？>
<xs：schema xmlns：xs = "http：//www。w3。org/ 2001 / XMLSchema">
<xs：element name = "News">
<xs：complexType>
<xs：sequence>
<xs：element name = "title" type = "title_type" />
</ xs：sequence>
</ xs：complexType>
</ xs：element>
<xs：complexType name = "title_type" minOccurs = "0" maxOccurs = "10">
<xs：sequence> <xs：element name = "header1" type = "xs：string" />
<xs：element name = "header2" type = "xs：string" />
</ xs：sequence>
</ xs：complexType>
</ xs：schema>
B. <？xml version = "1。0"？>
<xs：schema xmlns：xs = "http：//www。w3。org/ 2001 / XMLSchema">
<xs：element name = "News">
<xs：complexType>
<xs：sequence>
<xs：element name = "title" type = "title_type" minOccurs = "0" maxOccurs = "10" />
</ xs：sequence>
</ xs：complexType>
</ xs：element>
<xs：complexType name = "title_type">
<xs：sequence>
<xs：element name = "header1" type = "xs：string" />
<xs：element name = "header2" type = "xs：string" />
</ xs：sequence>
</ xs：complexType>
</ xs：schema> W Courier Newlr Z
C. <？xml version = "1。0"？>
<xs：schema xmlns：xs = "http：//www。w3。org/ 2001 / XMLSchema">
<xs：element name = "News">
<xs：complexType minOccurs = "0" maxOccurs = "10">
<xs：sequence> <xs：element name = "title" type = "title_type" />
</ xs：sequence>
</ xs：complexType>
</ xs：element>
<xs：complexType name = "title_type">
<xs：sequence> <xs：element name = "header1" type = "xs：string" />
<xs：element name = "header2" type = "xs：string" />
</ xs：sequence>
</ xs：complexType>
</ xs：schema>
D. <？xml version = "1。0"？>
<xs：schema xmlns：xs = "http：//www。w3。org/ 2001 / XMLSchema">
<xs：element name = "News" minOccurs = "0" maxOccurs = "10">
<xs：complexType>
<xs：sequence>
<xs：element name = "title" type = "title_type" />
</ xs：sequence>
</ xs：complexType>
</ xs：element>
<xs：complexType name = "title_type">
<xs：sequence>
<xs：element name = "header1" type = "xs：string" />
<xs：element name = "header2" type = "xs：string" />
</ xs：sequence>
</ xs：complexType>
</ xs：schema>
Answer: B
NEW QUESTION: 3
Instructions
Why is the Branch2 network 10.1 0.20.0/24 unable to communicate with the Server farm1 network 10.1
0.10.0/24 over the GRE tunnel?
A. The static route points to the tunnel0 interface that is misconfigured on the Branch2 router.
B. The GRE tunnel destination is not configured on the Branch2 router.
C. The static route points to the tunnel0 interface that is misconfigured on the R2 router.
D. The GRE tunnel destination is not configured on the R2 router.
Answer: A
Explanation:
The Branch2 network is communicating to the Server farm, which is connected to R2, via GRE Tunnel so we should check the GRE tunnel first to see if it is in "up/up" state with the "show ip interface brief" command on the two routers.
On Branch2:
On R2:
We see interfaces Tunnel0 at two ends are "up/up" which are good so we should check for the routing part on two routers with the "show running-config" command and pay attention to the static routing of each router. On Branch2 we see:
The destination IP address for this static route is not correct. It should be 192.168.24.1 (Tunnel0's IP address of R2), not 192.168.24.10 -> Answer C is correct.
Note: You can use the "show ip route" command to check the routing configuration on each router but if the destination is not reachable (for example: we configure "ip route 10.10.10.0 255.255.255.0
192.168.24.10" on Branch2, but if 192.168.24.10 is unknown then Branch2 router will not display this routing entry in its routing table.
NEW QUESTION: 4
A. permit tcp any eq 80 host 192.168.1.11 eq 2300
B. permit ip 172.16.16.10 eq 80 192.168.1.0 0.0.0.255 eq 2300
C. permit tcp host 172.16.16.10 eq 80 host 192.168.1.11 eq 2300
D. permit ip host 172.16.16.10 eq 80 host 192.168.1.0 0.0.0.255 eq 2300
Answer: C
Explanation:
http://www.cisco.com/en/US/docs/security/security_management/cisco_security_manager/ security_manager/4.1/user/guide/fwinsp.html Understanding Inspection Rules Inspection rules configure Context-Based Access Control (CBAC) inspection commands.
CBAC inspects traffic that travels through the device to discover and manage state information for TCP and UDP sessions. The device uses this state information to create temporary openings to allow return traffic and additional data connections for permissible sessions.
CBAC creates temporary openings in access lists at firewall interfaces. These openings are created when inspected traffic exits your internal network through the firewall. The openings allow returning traffic (that would normally be blocked) and additional data channels to enter your internal network back through the firewall. The traffic is allowed back through the firewall only if it is part of the same session as the original traffic that triggered inspection when exiting through the firewall.
Inspection rules are applied after your access rules, so any traffic that you deny in the access rule is not inspected. The traffic must be allowed by the access rules at both the input and output interfaces to be inspected. Whereas access rules allow you to control connections at layer 3 (network, IP) or 4 (transport, TCP or UDP protocol), you can use inspection rules to control traffic using application-layer protocol session information.
For all protocols, when you inspect the protocol, the device provides the following functions:
*Automatically opens a return path for the traffic (reversing the source and destination addresses), so that you do not need to create an access rule to allow the return traffic.
Each connection is considered a session, and the device maintains session state information and allows return traffic only for valid sessions. Protocols that use TCP contain explicit session information, whereas for UDP applications, the device models the equivalent of a session based on the source and destination addresses and the closeness in time of a sequence of UDP packets.
These temporary access lists are created dynamically and are removed at the end of a session.
*Tracks sequence numbers in all TCP packets and drops those packets with sequence numbers that are not within expected ranges.
*Uses timeout and threshold values to manage session state information, helping to determine when to drop sessions that do not become fully established. When a session is dropped, or reset, the device informs both the source and destination of the session to reset the connection, freeing up resources and helping to mitigate potential Denial of Service (DoS) attacks.