Microsoft 70-643 Online Practice Questions and Exam Preparation

Microsoft 70-643 Online Questions & Answers

• Question 411:

  Your network contains a Web server named Server1 that runs Windows Server 2008 R2. Server1 has four application pools.

  You need to view a list of the CPU and memory resources used by each application pool.

  Which feature should you configure from internet Information Services (IIS) Manager?

  A. Request Filtering
  B. Error Pages
  C. SSL Settings
  D. Default Document
  E. ISAPI and CGI Restrictions
  F. HTTP Response Headers
  G. Feature Delegation
  H. Authentication
  I. IIS Manager Permissions
  J. Connection Strings
  N

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• Question 412:

  You deploy a server that has Microsoft SharePoint Foundation 2010 installed. You create several SharePoint site collections in the default Web application. You need to ensure that a user named User1 can access all of the site collections in the Web application.

  What should you modify in the properties of the default Web application?

  A. the General Settings
  B. the Permissions Policy
  C. the User Permissions
  D. the User Policy
  D. the User Policy

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  Manage permission policies for a Web application

  A Web application is composed of an Internet Information Services (IIS) Web site that acts as a logical container for the site collections that you create. Before you can create a site collection, you must first create a Web application.

  A Web application can contain as many as 500,000 site collections. Managing permissions for so many site collections can be complicated and error-prone, especially if some users or groups need permissions other than those that apply for

  the entire Web application. Permission policies provide a centralized way to configure and manage a set of permissions that applies to only a subset of users or groups in a Web application The differences between specifying user

  permissions for a Web application and creating a permission policy for a Web application are the users and to which the permissions apply and the scope at which the permissions apply. There is also a difference in the permissions lists

  where individual permissions are selected. Permissions for a Web application are comprehensive settings that apply to all users and groups for all site collections within a Web application. The permissions list contains only one column, and

  all permissions are enabled by default. You must disable specific permissions individually A permission policy level for a Web application contains permissions that enable a subset of users or groups to work with site collections in a specific

  way. For example, you might want to create a permission policy level for users of a site collection who will be allowed to add, edit, or delete items from a list, open a list, and view items, lists, and pages. However, you might want to prevent the

  same users from creating or deleting lists, which would require the Manage Lists permission.

  The permissions list contains a Grant All column and a Deny All column. You can either grant or deny all permissions as part of a permission policy level. You can also grant or deny individual permissions. No permissions are enabled by

  default. If an individual permission is neither granted nor denied, it can be set at the discretion of the site collection administrator or site administrator.

  Manage user permission policy

  You can add users to a permission policy, edit the policy settings, and delete users from a permission policy.

  The following settings can be specified or changed:

  Zone: If a Web application has multiple zones, you can specify the zone that you want the permission policy to apply to. The default is all zones, which can be specified for Windows users only.

  Permissions: You can specify Full Control, Full Read, Deny Write, and Deny All permissions, or you can specify a custom permission level.

  System: This setting enables SharePoint to display SHAREPOINT\System for system-related activity regardless of the Windows user accounts that have been configured for the hosting application pool and the SharePoint farm service

  account. You may want to specify this setting to prevent unnecessary information disclosure to end users and potential hackers who would be interested in knowing more about how SharePoint is deployed in your enterprise.

  Add users to a permission policy

  You may want to add users to a permission policy to ensure that all users are accessing content with the same\ set of permissions.

  To add users to a permission policy

  1.

  Verify that you have the following administrative credentials: You must be a member of the Farm Administrators group on the computer that is running the SharePoint Central Administration Web site.

  2.

  On the Central Administration Web site, in the Application Management section, click Manage web applications.

  3.

  Click to highlight the line for the Web application whose permission policy you want to manage.

  4.

  In the Policy group of the ribbon, click User Policy.

  5.

  In the Policy for Web Application dialog box, select the check box next to the user or group that you want to manage, and then click Add Users.

  6.

  In the Add Users dialog box, in the Zone list, click the zone to which you want the permissions policy to apply.

  7.

  In the Choose Users section, type the user names, group names, or email addresses that you want to add to the permissions policy. You can also click the applicable icon to check a name or browse for names.

  8.

  In the Choose Permissions section, select the permissions that you want the users to have.

  9.

  In the Choose System Settings section, check Account operates as System to specify whether a user account should be displayed as SHAREPOINT\System instead of the actual accounts that perform specific tasks within the SharePoint environment.

  10.

  Click Finish.

  Source: http://technet.microsoft.com/en-us/library/ff607712.aspx

• Question 413:

  Your network contains a server named Server1 and a server named Server2. Server1 has Microsoft SharePoint Foundation 2010 installed. Server2 has Microsoft SQL Server Reporting Services installed. The SharePoint Foundation

  databases are located on Server2.

  You need to ensure that the Report Server service can access the SharePoint Foundation databases.

  What should you configure as the log on account for the Report Server service?

  A. the Network Service security principal
  B. the Local Service security principal
  C. a local user account
  D. a domain user account
  D. a domain user account

• Question 414:

  Your network contains a server named Server1 that runs Windows Server 2008 R2. You plan to create an image of Server1 to deploy to additional servers. You need to identify how many more times you can rearm the Windows activation clock.

  What should you run on Server1?

  A. msinfo32.exe
  B. slmgr.vbs /dlv
  C. slui.exe
  D. winrm.vbs enumerate
  B. slmgr.vbs /dlv

  ---

  By default, /dlv displays the license information for the installed operating system. Specifying the [Activation ID] parameter displays the license information for the specified edition associated with that Activation ID. Specifying the [All] parameter displays all applicable installed products' license information.

  

  Source: http://technet.microsoft.com/en-us/library/ff793433.aspx

• Question 415:

  Your network contains a server that runs Windows Server 2008 R2. The server has the Streaming Media Services role installed.

  The network is configured to use IPv6 only.

  You need to configure a multicast stream.

  Which IPv6 prefix should you use?

  A. FD00::/8
  B. FE80::/10
  C. FEC0::/10
  D. FF00::/8
  D. FF00::/8

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  Multicast IPv6 addresses

  A multicast address identifies multiple interfaces. With the appropriate multicast routing topology, packets addressed to a multicast address are delivered to all interfaces that are identified by the address.

  IPv6 multicast addresses have the Format Prefix (FP) of 1111 1111. An IPv6 address is simple to classify as multicast because it always begins with FF. Multicast addresses cannot be used as source addresses.

  Beyond the FP, multicast addresses include additional structure to identify their flags, scope, and multicast group, as shown in the following illustration.

  

  The fields in the multicast address are as follows: Flags

  The Flags field indicates flags that are set on the multicast address. The size of this field is 4 bits. As of RFC 2373, the only flag defined is the Transient (T) flag. The T flag uses the low-order bit of the Flags field. When set to 0, the T flag

  indicates that the multicast address is a permanently-assigned (well- known) multicast address allocated by the Internet Assigned Numbers Authority (IANA). When set to 1, the T flag indicates that the multicast address is a transient (not

  permanently assigned) multicast address.

  Scope

  The Scope field indicates the scope of the IPv6 internetwork for which the multicast traffic is intended. The size of this field is 4 bits. In addition to information provided by multicast routing protocols, routers use the multicast scope to determine

  whether multicast traffic can be forwarded.

  The following scopes are defined in RFC 2373:

  Scope field value Scope

  1 Node-local

  2 Link-local

  5 Site-local

  8 Organization-local

  E Global

  For example, traffic with the multicast address of FF02::2 has a link-local scope. An IPv6 router never forwards this traffic beyond the local link.

  Group ID

  The Group ID field identifies the multicast group and is unique within the scope. The size of this field is 112 bits.

  Permanently assigned group IDs are independent of the scope. Transient group IDs are only relevant to a specific scope. Multicast addresses from FF01:: through

  FF0F:: are reserved, well- known addresses.

  To identify all nodes for the node-local and link-local scopes, the following multicast addresses are defined:

  FF01::1 (node-local scope all-nodes address)

  FF02::1 (link-local scope all-nodes address)

  To identify all routers for the node-local, link-local, and site-local scopes, the following multicast addresses are defined:

  FF01::2 (node-local scope all-routers address)

  FF02::2 (link-local scope all-routers address)

  FF05::2 (site-local scope all-routers address)

  With 112 bits in the Group ID, it is possible to have 2112 group IDs. However, because of the way in which IPv6 multicast addresses are mapped to Ethernet multicast MAC addresses, RFC 2373 recommends assigning the Group ID from the

  low order 32 bits of the IPv6 multicast address and setting the remaining original group ID bits to 0. By using only the low-order 32 bits in the group ID, each group ID maps to a unique Ethernet multicast MAC address.

  Source: http://technet.microsoft.com/en-us/library/cc781068.aspx

• Question 416:

  You have a server that runs Windows Server 2008. You install the Windows Media Services server role on the server. You plan to publish an audio file to the Internet by using Media Server.

  You need to create a license for the audio file.

  What should you do first?

  A. Publish the audio file to a new Web site.
  B. Publish the audio file to the Windows Media Services server.
  C. Package the audio file as a Windows Installer application.
  D. Package the audio file by using Windows Media Rights Manager.
  D. Package the audio file by using Windows Media Rights Manager.

• Question 417:

  You have a server that runs Windows Server 2008. The Web Server (IIS) role is installed.

  You plan to host multiple Web sites on the server. You configure a single IP address for the server. All Web sites are registered in DNS to point to the single IP address.

  You need to ensure that each Web site only responds to requests by name from all client computers.

  What should you do?

  A. Configue a unique port for each Web site.
  B. Configue a unique IP address for each Web site.
  C. Configue a unique Host Header for each Web site.
  D. Edit the Hosts file on the server to add all the Web site names associated to the network address.
  C. Configue a unique Host Header for each Web site.

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  To ensure that each and every website responds only to the name requests from all client machines, you should configure and assign a unique Host Header to each website. A host header is a third piece of information that you can use in addition to the IP address and port number to uniquely identify a Web domain or, as Microsoft calls it, an application server. For example, the host header name for the URL http://www.fabrikam.com is www.fabrikam.com.

  Reference: http://www.visualwin.com/host-header/

• Question 418:

  Your network contains an Active Directory domain named adatum.com.

  The domain contains a server named Server5 that has the Remote Desktop Services (RDS) server role installed and all of the RDS role services installed.

  Server5 is configured as a file server and a Remote Desktop services server.

  You configure a remote Desktop Connection named server5.rdp.

  You plan to deploy server5.rdp to all users in the domain.

  You need to ensure that server5.rdp cannot be used by any user if the content of the file has been modified

  Which tool should you use?

  A. Regedit
  B. Remote Desktop Gateway Manager
  C. Dism
  D. Rdpsign
  E. Netsh
  F. Remote Desktop Services Manager
  G. Windows System Resource Manager (WSRM)
  H. Rdpinit
  I. Mstsc
  J. Remote Desktop Connection Manager
  D. Rdpsign

• Question 419:

  Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. You install the Remote Desktop Session Host (RD Session Host) role service on Server1.

  You open Remote Desktop Session Host Configuration as shown in the exhibit. (Click the Exhibit button.)

  

  You install the Remote Desktop Licensing (RD Licensing) role service on Server2 and you add Remote Desktop Services client access licenses (RDS CALs) to Server2.

  You need to resolve the licensing error on Server1.

  Which tool should you use?

  A. Remote Desktop Licensing Manager
  B. Remote Desktop Connection Manager
  C. Remote Desktop Session Host Configuration
  D. Remote Desktop Services Manger
  C. Remote Desktop Session Host Configuration

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  Ref: http://technet.microsoft.com/en-us/library/cc754487.aspx