Cloud concepts and responsibility Review questions Summary: Cloud concepts and responsibility Connect each definition to the problem, then test scope, responsibility, cost, and security. In Cloud concepts and responsibility, the strongest answer uses the scenario facts instead of listing the most services. Review close distinctions and state why each alternative does not apply. Start with the decisive constraint, distinguish service capability from an operational outcome, and then test the effect of changing one condition. Retain official terminology through comparison and record why each distractor fails. During final review, use a short map that connects every concept to a case, an application, and a question; do not treat a mock score as a guarantee on the external exam.
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Question 1 A online retailer needs to reduce manual administration. When evaluating Cloud computing and the shared responsibility model, which decision best fits scenario 2 by matching capability to the constraint while keeping customer responsibilities visible? Option A: assume an unguaranteed outcome, solve another constraint instead of reduce manual administration, and obscure customer responsibility in the final decision. Option B: apply the capability within scope, document the reduce manual administration constraint, and retain customer responsibility in the final decision. Option C: assume an unguaranteed outcome, solve another constraint instead of reduce manual administration, and obscure customer responsibility in the final decision. Option D: assume an unguaranteed outcome, solve another constraint instead of reduce manual administration, and obscure customer responsibility in the final decision. Question 2 A manufacturer needs to isolate sensitive traffic. When evaluating Public, private, and hybrid cloud models, which decision best fits scenario 4 by matching capability to the constraint while keeping customer responsibilities visible? Option A: assume an unguaranteed outcome, solve another constraint instead of isolate sensitive traffic, and obscure customer responsibility in the final decision. Option B: assume an unguaranteed outcome, solve another constraint instead of isolate sensitive traffic, and obscure customer responsibility in the final decision. Option C: assume an unguaranteed outcome, solve another constraint instead of isolate sensitive traffic, and obscure customer responsibility in the final decision. Option D: apply the capability within scope, document the isolate sensitive traffic constraint, and retain customer responsibility in the final decision. Question 3 A financial-services firm needs to isolate sensitive traffic. When evaluating Consumption pricing and serverless services, which decision best fits scenario 6 by matching capability to the constraint while keeping customer responsibilities visible? Option A: apply the capability within scope, document the isolate sensitive traffic constraint, and retain customer responsibility in the final decision. Option B: assume an unguaranteed outcome, solve another constraint instead of isolate sensitive traffic, and obscure customer responsibility in the final decision. Option C: assume an unguaranteed outcome, solve another constraint instead of isolate sensitive traffic, and obscure customer responsibility in the final decision. Option D: assume an unguaranteed outcome, solve another constraint instead of isolate sensitive traffic, and obscure customer responsibility in the final decision. Question 4 A digital municipality needs to improve continuity. When evaluating High availability, scalability, and elasticity, which decision best fits scenario 8 by matching capability to the constraint while keeping customer responsibilities visible? Option A: assume an unguaranteed outcome, solve another constraint instead of improve continuity, and obscure customer responsibility in the final decision. Option B: assume an unguaranteed outcome, solve another constraint instead of improve continuity, and obscure customer responsibility in the final decision. Option C: apply the capability within scope, document the improve continuity constraint, and retain customer responsibility in the final decision. Option D: assume an unguaranteed outcome, solve another constraint instead of improve continuity, and obscure customer responsibility in the final decision. Question 5 A research laboratory needs to estimate cost. When evaluating Reliability, predictability, security, and governance, which decision best fits scenario 10 by matching capability to the constraint while keeping customer responsibilities visible? Option A: assume an unguaranteed outcome, solve another constraint instead of estimate cost, and obscure customer responsibility in the final decision. Option B: apply the capability within scope, document the estimate cost constraint, and retain customer responsibility in the final decision. Option C: assume an unguaranteed outcome, solve another constraint instead of estimate cost, and obscure customer responsibility in the final decision. Option D: assume an unguaranteed outcome, solve another constraint instead of estimate cost, and obscure customer responsibility in the final decision. Question 6 A online retailer needs to estimate cost. When evaluating Cloud resource manageability, which decision best fits scenario 12 by matching capability to the constraint while keeping customer responsibilities visible? Option A: assume an unguaranteed outcome, solve another constraint instead of estimate cost, and obscure customer responsibility in the final decision. Option B: assume an unguaranteed outcome, solve another constraint instead of estimate cost, and obscure customer responsibility in the final decision. Option C: assume an unguaranteed outcome, solve another constraint instead of estimate cost, and obscure customer responsibility in the final decision. Option D: apply the capability within scope, document the estimate cost constraint, and retain customer responsibility in the final decision. Question 7 A logistics company needs to improve continuity. When evaluating Public, private, and hybrid cloud models, which decision best fits scenario 99 by matching capability to the constraint while keeping customer responsibilities visible? Option A: assume an unguaranteed outcome, solve another constraint instead of improve continuity, and obscure customer responsibility in the final decision. Option B: assume an unguaranteed outcome, solve another constraint instead of improve continuity, and obscure customer responsibility in the final decision. Option C: apply the capability within scope, document the improve continuity constraint, and retain customer responsibility in the final decision. Option D: assume an unguaranteed outcome, solve another constraint instead of improve continuity, and obscure customer responsibility in the final decision. Question 8 A teaching hospital needs to estimate cost. When evaluating Consumption pricing and serverless services, which decision best fits scenario 101 by matching capability to the constraint while keeping customer responsibilities visible? Option A: apply the capability within scope, document the estimate cost constraint, and retain customer responsibility in the final decision. Option B: assume an unguaranteed outcome, solve another constraint instead of estimate cost, and obscure customer responsibility in the final decision. Option C: assume an unguaranteed outcome, solve another constraint instead of estimate cost, and obscure customer responsibility in the final decision. Option D: assume an unguaranteed outcome, solve another constraint instead of estimate cost, and obscure customer responsibility in the final decision. Question 9 A nonprofit needs to apply consistent governance. When evaluating High availability, scalability, and elasticity, which decision best fits scenario 103 by matching capability to the constraint while keeping customer responsibilities visible? Option A: assume an unguaranteed outcome, solve another constraint instead of apply consistent governance, and obscure customer responsibility in the final decision. Option B: assume an unguaranteed outcome, solve another constraint instead of apply consistent governance, and obscure customer responsibility in the final decision. Option C: assume an unguaranteed outcome, solve another constraint instead of apply consistent governance, and obscure customer responsibility in the final decision. Option D: apply the capability within scope, document the apply consistent governance constraint, and retain customer responsibility in the final decision. Question 10 A university needs to apply consistent governance. When evaluating Reliability, predictability, security, and governance, which decision best fits scenario 105 by matching capability to the constraint while keeping customer responsibilities visible? Option A: assume an unguaranteed outcome, solve another constraint instead of apply consistent governance, and obscure customer responsibility in the final decision. Option B: apply the capability within scope, document the apply consistent governance constraint, and retain customer responsibility in the final decision. Option C: assume an unguaranteed outcome, solve another constraint instead of apply consistent governance, and obscure customer responsibility in the final decision. Option D: assume an unguaranteed outcome, solve another constraint instead of apply consistent governance, and obscure customer responsibility in the final decision. Question 11 A media platform needs to move large files. When evaluating Cloud resource manageability, which decision best fits scenario 107 by matching capability to the constraint while keeping customer responsibilities visible? Option A: assume an unguaranteed outcome, solve another constraint instead of move large files, and obscure customer responsibility in the final decision. Option B: assume an unguaranteed outcome, solve another constraint instead of move large files, and obscure customer responsibility in the final decision. Option C: apply the capability within scope, document the move large files constraint, and retain customer responsibility in the final decision. Option D: assume an unguaranteed outcome, solve another constraint instead of move large files, and obscure customer responsibility in the final decision. Question 12 A logistics company needs to restrict privileged access. When evaluating Infrastructure as a Service (IaaS), which decision best fits scenario 109 by matching capability to the constraint while keeping customer responsibilities visible? Option A: apply the capability within scope, document the restrict privileged access constraint, and retain customer responsibility in the final decision. Option B: assume an unguaranteed outcome, solve another constraint instead of restrict privileged access, and obscure customer responsibility in the final decision. Option C: assume an unguaranteed outcome, solve another constraint instead of restrict privileged access, and obscure customer responsibility in the final decision. Option D: assume an unguaranteed outcome, solve another constraint instead of restrict privileged access, and obscure customer responsibility in the final decision. Create a free account to mark your answers and save your progress.
