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OCR H446 1.1.3 Input, output and storage exam transition
Part 6 of 6 · H446 1.1.3 · Input, output and storage
OCR H446 1.1.3: Input, output and storage exam transition. This worksheet assesses independent device justification, storage recommendation, memory-state explanation and virtual-storage evaluation.
Students will:
- justify devices and recommend storage
- explain memory states and performance
- evaluate virtual storage independently
Inside: 2 explanation cells, 1 multiple-choice question, 8 written answers and 1 fill-in-the-blanks cell. 50 marks, about 65 to 80 minutes.
Series: H446 1.1.3 · Input, output and storage, part 6 of 6.
Shared by Coding PathwayVerified teacher
- 12 cells
- About 75 minutes
- CC BY-SA 4.0
- Shared 31 Aug 2026
- Updated 3 Sept 2026
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Input, output and storage examination transition
Complete this worksheet closed-book and without checking answers as you go. All contexts, values and wording are original; the questions target precise terminology, process explanation and contextual judgement.
Which statement correctly distinguishes a storage type from a device?
- ASSD is a type; flash is one brand of SSD
- BMagnetic is a device; a hard disk is its data
- CFlash is a type; an SSD or memory card is a device using it
- DOptical is an output role
A greenhouse robot must detect whether a seed tray is present and then move the tray into a watering bay. State one suitable input device and one suitable output device. Give the exact use of each in this system.
A device name and generic use are insufficient.
Students type their answer here.
A remote emergency beacon is small, battery-powered, exposed to vibration and writes modest log data. Recommend a storage device/type and explain two reasons. Include a relevant trade-off or rejected alternative.
Use property → beacon consequence; capacity alone is not decisive here.
Students type their answer here.
A university department needs (A) a fixed, very large, low-cost archive and (B) 500 cheap read-only physical copies of a small induction package. Compare magnetic, flash and optical storage, then recommend a type for each purpose.
Compare matched criteria and avoid one universal ranking.
Students type their answer here.
Explain why adding more RAM may improve the performance of a workstation that frequently swaps between several large applications. State one reason the improvement is not guaranteed.
Do not claim the CPU clock changes.
Students type their answer here.
A smart irrigation controller already uses ROM for start-up code. Describe a different use of ROM and explain why that use is advantageous in this controller.
A correct definition without a different use does not answer the demand.
Students type their answer here.
- virtual storage
- virtual memory
- virtual machine
- local
- ROM
A theatre company uses a shared remote store for design files and off-site recovery. Explain how the files can appear local while being physically remote. Give two benefits and one drawback applied to touring teams.
Trace the path and apply each point.
Students type their answer here.
A conservation organisation is choosing devices and storage for field stations and a central office. Discuss a complete design. Your answer should consider:
- suitable input and output devices;
- a local storage type;
- RAM and ROM roles;
- virtual storage;
- unreliable field connectivity, low power, shared analysis and recovery.
Apply benefits and drawbacks to the organisation and reach a supported conclusion.
Integrate the system rather than listing definitions. Explain why each choice fits the stated conditions.
Students type their answer here.
Correct each claim and explain the relevant mechanism.
- ‘An output must be seen by a human.’
- ‘The largest storage type is always best.’
- ‘ROM is only BIOS.’
- ‘Virtual storage has no physical medium.’
- ‘More RAM makes the clock faster.’
- ‘Virtual storage and virtual memory are the same.’
Give a precise correction for each statement, not only ‘false’. Each correction is worth 1 mark.
Students type their answer here.
Review your responses
Check that each device answer names exact data or effect and explains why the device is suitable. Each storage recommendation should link a relevant property to the situation. Each memory explanation should track what is held and whether it persists. Each virtual-storage answer should identify remote physical media and a real service or network dependency.