Scenario: A Citrix Architect is creating a conceptual architecture for a Citrix Virtual Apps and Desktops environment. Based on some initial the company's business goals and objectives, the architect has collected the information shown in the exhibit.
Click the Exhibit button to view the information.

Which delivery model should the architect recommend?

Scenario: A Citrix Architect is configuring a multi-location profile strategy as part of a large Citrix Virtual Apps and Desktops solution. The architect needs to implement a single policy that sets the profile path for all users and distributes the user profiles between 3 shares and 9 file servers.
New York users: Server: NYC-FS.company.lan - Share: NYC-Profiles$
Miami users: Server: MIA-FS.company.lan - Share: MIA-Profiles$
San Francisco users: Server: SFO-FS.company.lan - Share: SFO-Profiles$
Which value constitutes a valid path for use with a Citrix Profile Management policy?

Scenario: An infrastructure team has stated that the new Citrix Virtual Apps and Desktops virtualization host will have the specifications shown in the exhibit.
Click the Exhibit button to view the specifications.

The design document calls for the VMs to have 2 CPUs and 4 GB RAM. Approximately how many virtual desktops can be hosted an each physical server?

Scenario: A Citrix Architect is implementing a new Citrix Virtual Apps and Desktops environment.
The customer has 3 requirements:
All users must be able to aggregate resources from all Sites.

Both Sites should be treated as 1 equivalent farm set.

User connections should be directed to the New York Site with failover to San Francisco.

Click the Exhibit button to view the StoreFront configurations.
Exhibit 1.

Based on the configurations, requirement 1 is ______________, requirement 2 is ______________, and requirement 3 is ______________. (Choose the correct option to complete the sentence.)

Scenario: The IT team of a company configured its Citrix environment on Microsoft Azure. Load on the servers is nominal during the off season, but during peak season, load increases on the infrastructure servers. This load varies from year to year. A Citrix Architect is asked to design a solution that dynamically increases and decreases the number of infrastructure servers.
What should the architect recommend the IT team create in Microsoft Azure to meet this demand?