Google Cloud Fundamentals for AWS Professionals complete course is currently being offered by Google Cloud through Coursera platform.

About this Course

Google Cloud Fundamentals for AWS Professionals introduces important concepts and terminology for working with Google Cloud. Through videos and hands-on labs, this course presents and compares many of Google Cloud's computing and storage services, along with important resource and policy management tools.

Also Check: How to Apply for Coursera Financial Aid

Summary and Review

Question 1) Which compute service lets customers run virtual machines that run on Google's infrastructure?

• Compute Engine
• Kubernetes Engine
• Cloud Functions
• App Engine

Question 2) Which compute service lets customers deploy their applications in containers that run in clusters on Google's infrastructure?

• Cloud Functions
• Compute Engine
• Kubernetes Engine
• App Engine

Question 3) Which compute service lets customers focus on their applications, leaving most infrastructure and provisioning to Google, while still offering various choices of runtime?

• App Engine
• Compute Engine
• Kubernetes Engine
• Cloud Functions

Question 4) Which compute service lets customers supply chunks of code, which get run on-demand in response to events, on infrastructure wholly managed by Google?

• Cloud Functions
• Compute Engine
• Kubernetes Engine
• App Engine

Question 5) For what kind of traffic would the regional load balancer be the first choice? Choose all that are correct (2 answers).

•  TCP/SSL traffic on popular well-known port numbers
•  UDP traffic
•  TCP traffic (non-SSL) on popular well-known port numbers
•  TCP traffic on arbitrary port numbers

Question 6) Choose a simple way to let a VPN into your Google VPC continue to work in spite of routing changes,

• Cloud Router
• Direct Peering
• Dedicated Interconnect 
• Carrier Peering

Question 7) Which of these storage needs is best addressed by Cloud Datastore?

• Structured objects, with transactions and SQL-like queries
• Structured objects, with lookups based on a single key
• Immutable binary objects
• A relational database with SQL queries and horizontal scalability

Question 8) Which of these storage needs is best addressed by Cloud Spanner?

• Immutable binary objects
• A relational database with SQL queries and horizontal scalability
• Structured objects, with transactions and SQL-like queries
• Structured objects, with lookups based on a single key

Question 9) Which of these storage needs is best addressed by Cloud Bigtable?

• Structured objects, with transactions and SQL-like queries
• Structured objects, with lookups based on a single key
• Immutable binary objects
• A relational database with SQL queries and horizontal scalability

Question 10) Which of these storage needs is best addressed by Cloud Storage?

• Structured objects, with transactions and SQL-like queries
• Structured objects, with lookups based on a single key
• Immutable binary objects
• A relational database with SQL queries and horizontal scalability