B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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Exam Code: 15"
B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D


Exam Name:
Vendor: C1000-138

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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C1000-138 15"
B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
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D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
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The entity data model must be configured to provide a way you cal the sp_FindObsolete stored procedure. The returned data must implement the Descendants property.
In Visual Studio 2010, you open the Add functions Import dialog box from the EDMX diagram and enter the information shown in the following graphic.

You need to complete the configuration in the dialog box. What should you do?
A. In the Returns a Collection Of area, click Scalars and then, in the Scalars list, click Int32
B. In the Returns a Collection Of area, click Scalars and then, in the Scalars list, click string
C. Click the Get Column Information button, click Create New Complex Type and then, in the Complex box, enter Parts.
D. In the Returns a Collection Of area, click Entities and then, in the Entities list, click Component
Answer: D

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    B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
    C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
    D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
    Answer: B,C,D

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    B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
    C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
    D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
    Answer: B,C,D

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    B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
    C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
    D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
    Answer: B,C,D

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    B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
    C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
    D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
    Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D


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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
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D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
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D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
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D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D


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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
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D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
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D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
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D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
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C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D


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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
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D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
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D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D


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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D


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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

answers to score high, learn the material from the ground up, building a solid foundation for re-certification and advancements in the C1000-138 15"
B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

cheats. Prepare for your C1000-138 15"
B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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B. Patch panels utilizing 50 micron optical cable for the long floor runs and 62.5 micron optical cable for the shorter patch panel to the server.
C. Re-use of existing Gigabit Ethernet cable infrastructure since Gigabit Ethernet cables have the same specifications and limitations asFibre Channel.
D. Cable lengths as long as you measure and insure a proper strength signal as measured in D
Answer: B,C,D

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C1000-138
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