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Q1. In Cisco ACI, what is the order of steps for deploying an EPG on a specific port with Cisco APIC using the CLI? 

A. Create a tenant > Create a private network > Create a bridge domain > Create an application profile > Associate the EPG with a specific port 

B. Create a tenant > Create a bridge domain > Create a private network > Create an application profile > Associate the EPG with a specific port 

C. Create a tenant > Create an application profile > Associate the EPG with a specific port > Create a bridge domain > Create a private network 

D. Create a tenant > Create an application profile > Create a bridge domain > Create a private network > Associate the EPG with a specific port 

Answer: B 

Q2. In Cisco ACI, what enables inter-End Point Group communications? 

A. contracts 

B. subcontracts 

C. private VLANs 

D. community VLANs 

Answer: A 

Q3. In Cisco ACI, which three statements are true about endpoints and endpoint groups? (Choose three.) 

A. EPGs contain endpoints that have common policy requirements such as security, virtual machine mobility, QoS, or Layer 4 to Layer 7 services. 

B. An EPG can be statically configured by an administrator in the Cisco APIC, or dynamically configured by an automated system such as vCenter or OpenStack. 

C. Policies are applied to individual endpoints rather than EPGs for better efficiency. 

D. Endpoints have an address (identity), a location, attributes (such as version or patch level), and can be physical or virtual. 

E. Endpoints have attributes and can only be virtual. 

F. An EPG can only be configured statically by an administrator in the Cisco APIC. 

Answer: A,B,D 

Q4. Which two optionsare supported by the Cisco ACI contract model? (Choose two.) 

A. ether type 

B. COS marking 

C. TCP source port 

D. logging type 

Answer: A,C 

Q5. Which answer accurately describes the fat tree design implemented as part of the Cisco ACI fabric? 

A. Clos architecture, Cisco APICs, and hosts connect to spines. Policies are enforced on leafs and spines. 

B. Clos architecture, Cisco APICs, and hosts connect to leafs. Policies are enforced on leafs only. 

C. Multitier architecture, Cisco APICs, and hosts connect to spines. Policies are enforced on spines only. 

D. Multitier architecture, Cisco APICs, and hosts connect to leafs. Policies are enforced on leafs only. 

Answer: B 

Q6. Which three languages can be leveraged when developing programmatic interaction with the Cisco APIC? (Choose three.) 

A. Python 

B. Ruby 

C. Dash 

D. Puppet 

E. XML 

F. HTML 

Answer: A,B,C 

Q7. Which two components set up a domain vPC between two leaf switches in the Cisco ACI fabric? (Choose two.) 

A. vPC peerlink 

B. vPC peer keepalive 

C. vPC domain 

D. vPC protection policy 

Answer: C,D 

Q8. How can system and pod health scores be viewed? 

A. GUI system dashboard 

B. cumulonimbus collector 

C. Cisco APIC Python 

D. Cisco Health Score Viewer 

Answer: A 

Q9. On what does the Cisco ACI fabric object-oriented operating system run? 

A. each Cisco Nexus 9000 series node 

B. each Cisco Nexus 9000 leaf node 

C. each Cisco Nexus 9000 spine node 

D. only the Application Policy Infrastructure Controller 

Answer: A 

Q10. How many nodes in a cluster can the APIC support? 

A. from 1 to 20 

B. from 2 to 50 

C. from 3 to 50 

D. from 3 to 31 

Answer: D