Test
Fetch - Decode - Execute Recap
Este test tiene tiempo límite, así que se abre en el reproductor de siempre.
Preguntas del test (10)
1The [blank_start]memory address[blank_end] form the [blank_start]program counter[blank_end] is copied to the [blank_start]MAR[blank_end].
- Amemory address
- Bprogram counter
- CMAR
2The [blank_start]instruction[blank_end] stored in the [blank_start]MAR[blank_end] address is copied to the [blank_start]MDR[blank_end].
- Ainstruction
- BMAR
- CMDR
3[blank_start]Increase[blank_end] the [blank_start]program counter[blank_end] to point to the next [blank_start]address of the next instruction[blank_end] for the next cycle.
- AIncrease
- BDecrease
- CMove
- DProgram Counter
- EMemory Address Register
- FMemory Data Register
- Gaddress of the instruction
- Hinstruction itself
- Isize of the instruction
4The instruction is then decoded by the Memory Data Register.
- AVerdadero
- BFalso
5It can then prepare for the next cycle by doing what:
- ALoading values into registers.
- BIncrementing the Program counter.
- CExecuting the instruction.
6The instruction can then be performed.
- AVerdadero
- BFalso
7Fill in the blanks to create the possible instructions to execute:
[blank_start]Load[blank_end] data from memory.
Write data to [blank_start]memory[blank_end].
Do a calculation or logic operation using the [blank_start]ALU[blank_end].
Change the address in the [blank_start]program counter[blank_end].
[blank_start]Halt[blank_end] the program.- ALoad
- BSave
- CErase
- Dmemory
- Eregisters
- Fmotherboard
- GALU
- HPC
- ICU
- Jprogram counter
- Kcontrol unit
- Lmemory
- Mmemory address register
- Nmemory data register
- OHalt
- PResume
- QDelete
8Select all of the registers that hold ADDRESSES.
- AMAR
- BMDR
- CALU
- DPC
9Select all of the registers that hold actual DATA.
- AMDR
- BMAR
- CALU
- DPC
10Which of the following starts the fetch - decode - execute cycle.
- AProgram Counter
- BMemory Address Register
- CMemory Data Register
Información
- Descripción
- GCSE Computing Test sobre Fetch - Decode - Execute Recap, creado por Computing ODA el 27/09/2017.
- Autor
- Computing ODA
- Idioma
- English
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- 0
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