Algorithm Design and Strategies Lowersixth Science Computer Science

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Algorithm Design and Strategies Lowersixth Science Computer Science


Froggy Jumps Algorithm Design and Strategies Lowersixth Science Computer ScienceVersión en línea Test knowledge on design and modular programming. por YAKILI LMS 1 What is Top-down design? a Start with detailed code first. b Combine modules before planning. c Start with the overall goal and break into sub-tasks. 2 What is Bottom-up design? a Ignore module interfaces. b Develop simple components, then integrate into a system. c Plan everything at once. 3 Which design splits tasks from general to specific? a Top-down design b Modular design c Bottom-up design 4 Which design builds small pieces first? a Top-down design b Bottom-up design c Step-wise design 5 What does Step-wise design emphasize? a Breaking work into small, manageable steps b No planning at all c Writing all code at once 6 Which strategy focuses on independent modules? a Top-down design b Modular design c Bottom-up design 7 What is a key benefit of modular design? a More complex debugging b Easier maintenance and reusability c Slower development 8 What is an interface in modular design? a A database table b A user manual c A shared boundary for module interaction 9 Why split a problem into modules? a To run parts independently and simplify testing b To keep everything tightly coupled c To create more code 10 What is decomposition in CS? a Breaking a problem into smaller parts b Removing requirements c Merging all tasks into one 11 What is an advantage of divide-and-conquer style? a Parallel development of modules b More bugs inherently c Higher cost 12 Which design approach starts with a high-level plan? a Rolled-up design b Bottom-up design c Top-down design 13 Which approach starts with building basic functions? a Top-down design b Bottom-up design c Edge-based design 14 What is a component in a modular system? a A database record b A function only c A self-contained unit with a defined interface 15 What is the result of modular design? a Tightly coupled parts b Monolithic codebase c Independent, testable modules 16 Which step emphasizes interfaces for coordination? a Hardcoding data b Writing tests c Designing interfaces 17 What is integration in modular design? a Removing interfaces b Creating modules in isolation only c Combining modules to form a complete system 18 Which design reduces inter-module dependencies? a Spaghetti design b Monolithic design c Modular design 19 What is a key step in Step-wise design? a Define a sequence of steps to implement b Skip planning c Code-first without steps 20 Which method helps manage complexity? a Single-file solution b Decomposition into modules c Increasing code length 21 What describes an interface contract? a Internal code comments b Database schema c Specification of inputs, outputs, and behavior 22 What is a drawback of not decomposing? a Easier debugging b Faster testing c Hard to test and maintain 23 Which approach encourages reuse? a Hardcoded design b Modular design c Spaghetti design 24 What is a module interface example? a Variable names b Function signatures and data types c UI layout 25 What is the outcome of effective decomposition? a Smaller, solvable problems b Unrelated tasks c Bigger, complex problems 26 Which design favors independent modules running concurrently? a Bottom-up design b Modular design c Top-down design 27 What is the main goal of interface design? a Hide module details b Increase coupling c Coordinate modules with clear communication 28 Which concept splits a problem into layers? a Layered modular design b Flat design c Random design 29 What does 'encapsulation' help achieve? a Hide internal details behind interfaces b Directly edit internals c Expose all internal data 30 What is reusability in design? a Writing new code each time b Using modules in multiple solutions c Copy-pasting code 31 Which step starts with a problem statement? a Random design b Top-down design c Bottom-up design 32 Which approach builds from simple to complex units? a Top-down design b Bottom-up design c Flat design 33 What is a 'module' in programming terms? a A database table b A variable c A cohesive unit with a defined interface 34 What is 'integration testing' in modular design? a Testing a single function only b Testing how modules work together c Ignoring interfaces 35 Which is not a benefit of modular design? a Ease of maintenance b Difficulty in maintenance c Faster debugging 36 What guides module boundaries? a Responsibilities and interfaces b Random choice c Team preference 37 What does 'separation of concerns' mean? a Merging all tasks b Assigning different responsibilities to modules c Duplicating code everywhere 38 Which approach reduces risk when requirements change? a Monolithic design b No design c Modular design 39 What is a 'cohesive' module? a Module with many unrelated tasks b Module with no purpose c Module with a single, well-defined purpose 40 Which design emphasizes clear module contracts? a Random design b Modular design c Bottom-up design 41 What is a 'coupling' concern? a Level of interdependence between modules b UI color schemes c Number of modules 42 Which stage is associated with step-by-step refinement? a Spontaneous design b Step-wise design c Top-down design 43 What is the primary aim of decomposition? a Ignore requirements b Make problems harder c Make problems easier to solve 44 Which concept coordinates modules at runtime? a Database index b Code comments c Interface design 45 What is 'refactoring' in modular design? a Restructuring code without changing behavior b Removing tests c Adding new features only 46 What is the benefit of independent modules? a Slower changes b Quicker debugging and updates c Increased complexity 47 Which design starts with high-level goals? a Random design b Bottom-up design c Top-down design 48 What ensures modules can be replaced easily? a Hardcoded constants b Obscure internals c Stable interfaces 49 What role do modules play in testing? a Only end-to-end tests b Isolated unit tests for each module c No tests at all 50 Why use interfaces in designs? a To coordinate between modules without details b To duplicate code c To hide all information

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Algorithm Design and Strategies Lowersixth Science Computer ScienceVersión en línea

por YAKILI LMS

What is Top-down design?

What is Bottom-up design?

Which design splits tasks from general to specific?

Which design builds small pieces first?

What does Step-wise design emphasize?

Which strategy focuses on independent modules?

What is a key benefit of modular design?

What is an interface in modular design?

Why split a problem into modules?

What is decomposition in CS?

What is an advantage of divide-and-conquer style?

Which design approach starts with a high-level plan?

Which approach starts with building basic functions?

What is a component in a modular system?

What is the result of modular design?

Which step emphasizes interfaces for coordination?

What is integration in modular design?

Which design reduces inter-module dependencies?

What is a key step in Step-wise design?

Which method helps manage complexity?

What describes an interface contract?

What is a drawback of not decomposing?

Which approach encourages reuse?

What is a module interface example?

What is the outcome of effective decomposition?

Which design favors independent modules running concurrently?

What is the main goal of interface design?

Which concept splits a problem into layers?

What does 'encapsulation' help achieve?

What is reusability in design?

Which step starts with a problem statement?

Which approach builds from simple to complex units?

What is a 'module' in programming terms?

What is 'integration testing' in modular design?

Which is not a benefit of modular design?

What guides module boundaries?

What does 'separation of concerns' mean?

Which approach reduces risk when requirements change?

What is a 'cohesive' module?

Which design emphasizes clear module contracts?

What is a 'coupling' concern?

Which stage is associated with step-by-step refinement?

What is the primary aim of decomposition?

Which concept coordi­nates modules at runtime?

What is 'refactoring' in modular design?

What is the benefit of independent modules?

Which design starts with high-level goals?

What ensures modules can be replaced easily?

What role do modules play in testing?

Why use interfaces in designs?

Which concept coordinates modules at runtime?