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NEW QUESTION: 1
In the given text below:
What will be the value of the output variable BONUS?
A. 0
B. 1
C. 2
D. 3
Answer: D
NEW QUESTION: 2
Which of the following should be included in a systems development lifecycle?
A. Processes and events but not data.
B. Development stages, roles and outputs.
C. Just the development stages.
D. Just the human procedures.
Answer: B
NEW QUESTION: 3
Your customer has enabled encumbrance accounting. You have a control budget with the advisory level set at control. For November 2015, your budget for a given combination is
$5,000 USD. You have an approved requisition of $900 USD and you have an approved purchase order of $2,500 USD. An adjustment encumbrance journal is created in the General Ledger for the obligation type for $1,600 USD. You then cancelled the approved PO line of $400 USD. For November 2015, you created a new invoice by matching to the PO for $2,100 USD.
Which two statements are true?
A. Purchase order encumbrance will be released for $2100 USD.
B. The system always consumes budget of future periods if the limit for the current period is expired, so December 2015 budget will be considered for reservation.
C. As you are matching to a purchase order, the system will allow the user to create an invoice with the reservation status of Reserved.
D. As there are cancellations for $400 USD, the system will partially reserve the funds in November 2015 and fully reserve it in December 2015.
E. Encumbrance entries are created only for nonmatched Invoices, so the system will not create any encumbrance accounting entries.
Answer: B,C
NEW QUESTION: 4
View the Exhibit.
Refer to the diagram shown above. Which of the following is a problem with this network design?
A. Layer 3 switching should be implemented in the core layer.
B. There are not enough devices in the core layer.
C. A fully meshed topology is required in the core layer.
D. Not every device in the distribution layer has multiple paths to the core layer.
E. A fully meshed topology is required in the access layer.
Answer: D
Explanation:
Explanation/Reference:
Section: Enterprise Network Design Explanation
Explanation:
Of the choices available, the problem with the network design in the diagram is that not every distribution layer device has multiple paths to the core layer. Hierarchical design separates functionality into distinct layers, providing for more efficient performance and greater scalability. The hierarchical design model divides the network into three distinct layers: the core layer, the distribution layer, and the access layer The core layer provides fast transport services and redundant connectivity to the distribution layer.
Because the core layer acts as the network's backbone, it is essential that every distribution layer device have multiple paths to the core layer. Multiple paths between the core and distribution layer devices ensure that network connectivity is maintained if a link or device fails in either layer. The network design shown in the diagram above can be improved with the addition of a second link from the central distribution layer switch to one of the alternate core layer switches, as shown by the green line in the diagram below:
Although a fully meshed topology can be implemented in the core layer, a fully meshed topology is not required if multiple paths exist between core layer and distribution layer devices. In addition, you should not implement a fully meshed topology in the access layer because the access layer should remain highly scalable. Because a fully meshed topology can add unnecessary cost and complexity to the design and operation of the network, a partially meshed topology is often implemented in the core layer. In this scenario, creating a fully meshed topology in the core layer would not improve the network design, because the central distribution layer switch would still have only a single connection into the core layer.
The network diagram in this scenario indicates that Layer 3 switching is implemented in the core and distribution layers. Although Layer 3 switching is the preferred switching mechanism in the core layer, Layer 3 switching is not required. Layer 3 switching is preferred in the core layer because it can provide faster convergence times than Layer 2 switching can provide after a link failure or a device failure. In addition, Layer 3 switching in the core layer facilitates the implementation of load balancing and path optimization.
There is not enough information in the diagram to determine whether the core layer contains a sufficient number of devices. The core layer should contain enough devices to provide wire-speed transport services to the distribution layer devices. In addition, the core layer should contain enough devices to support redundant paths to each distribution layer device.
Reference:
Cisco: Campus Network for High Availability Design Guide: Core Layer