APM PMQ Exam Questions and Answers
with Verified Solutions | Latest Updated
2026
Concept, Definition, Linear Life Cycle Phases
Deployment, Transition
(Adoption, Benefit realisation)
Info from each stage is passed
into next-cannot progress
without finishing stage before
clearly defined steps, defined Benefits of Linear lifecycle
outcomes and scope,
sequential, provides clear
framework, maximum control
and governance, confirms
requirements early on, defined
stage gates
When project is low risk, When to use linear
stable, greater structure, each
phase is well known,
REQUIREMENTS ARE KNOWN
UPFRONT, when org is highly
structured and very
predictable, low risk appetite
and where teams are siloed
Pre-project, Feasibility, Iterative Life cycle phases
Foundations, Evolutionary
Development, Deployment,
, Post-project Development is
done in iterations and steps
can be done in parallel-you
can go backwards. Information
from sprints feeds into next
sprint.
can handle uncertainty and Benefits of Iterative
low definition of scope,
constant feedback into next
phase, more flexibility, faster
output instead of big bang at
end
Unclear scope, more customer When to use iterative lifecycles
feedback, faster MVP, higher
customer input, if org can
accommodate more
uncertainty and risk, where
teams are cross-functional
A mixture of Linear and Hybrid lifecycles
Iterative. PM can pick and
choose elements, for example
use iterative within the linear
'deployment' stage.
Adds in adoption and benefits Extended lifecycles
realisation into either lifecycle.
The project teams stays on
beyond the output to ensure
the correct outcome is
achieved.
with Verified Solutions | Latest Updated
2026
Concept, Definition, Linear Life Cycle Phases
Deployment, Transition
(Adoption, Benefit realisation)
Info from each stage is passed
into next-cannot progress
without finishing stage before
clearly defined steps, defined Benefits of Linear lifecycle
outcomes and scope,
sequential, provides clear
framework, maximum control
and governance, confirms
requirements early on, defined
stage gates
When project is low risk, When to use linear
stable, greater structure, each
phase is well known,
REQUIREMENTS ARE KNOWN
UPFRONT, when org is highly
structured and very
predictable, low risk appetite
and where teams are siloed
Pre-project, Feasibility, Iterative Life cycle phases
Foundations, Evolutionary
Development, Deployment,
, Post-project Development is
done in iterations and steps
can be done in parallel-you
can go backwards. Information
from sprints feeds into next
sprint.
can handle uncertainty and Benefits of Iterative
low definition of scope,
constant feedback into next
phase, more flexibility, faster
output instead of big bang at
end
Unclear scope, more customer When to use iterative lifecycles
feedback, faster MVP, higher
customer input, if org can
accommodate more
uncertainty and risk, where
teams are cross-functional
A mixture of Linear and Hybrid lifecycles
Iterative. PM can pick and
choose elements, for example
use iterative within the linear
'deployment' stage.
Adds in adoption and benefits Extended lifecycles
realisation into either lifecycle.
The project teams stays on
beyond the output to ensure
the correct outcome is
achieved.
