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computational thinking

Arabella Grint 11 preguntas

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Preguntas del test (11)

  1. 1DecopositionImagen de la pregunta 1
    1. ABreaking a problem down into smaller, easier to solve parts
    2. BRemoving unnecessary parts of a problem
    3. CIdentifying repeated operations within a problem and sloving them separately
    4. DA list of step-by-step instructions to solve a problem
  2. 2Abstraction
    1. ABreaking a problem down into smaller, easier to solve parts
    2. BRemoving unnecessary parts of a problem
    3. Cidentifying repeated operations within a problem and sloving them separately
    4. DA list of step-by-step instructions to solve a problem
  3. 3pattern recognition
    1. AA list of step-by-step instructions to solve a problem
    2. BRemoving unnecessary parts of a problem
    3. CIdentifying repeated operations within a problem and soving them separately
    4. DBreaking a problem down into smaller, easier to solve parts
  4. 4algorithm
    1. ABreaking a problem down into smaller, easier to solve parts
    2. BIdentifying repeated operations within a problem and solving them separately
    3. CA list of step-by-step instructions to solve a problem
    4. DRemoving unnecessary parts of a problem
  5. 5what picture is thisImagen de la pregunta 5
    1. Achoice
    2. Bterminator
    3. Cprocess
  6. 6what picture is this?Imagen de la pregunta 6
    1. Achoice
    2. Bprocess
    3. Cterminator
  7. 7what picture is this?Imagen de la pregunta 7
    1. Aprocess
    2. Bterminator
    3. Cchoice
  8. 8why do we use decomposition
    1. Athe problem can be more easily turned into a computer program
    2. BSolutions can be found more quickly with multiple parts being solved at the same time
    3. CEach resulting problem is easy to solve, and combines to solve the more complex problem
    4. DSolving a repeating problem once saves time, as there is no need to re-create the same solution
    5. EIt ensures only the necessary problem is solved and nothing else
    6. FComputers can find solutions to problems that humans may not be able to solve
  9. 9why do we use abstraction?
    1. AThe problem can be more easily turned into a computer program
    2. B.

      Solutions can be found more quickly with multiple parts being solved at the same time
    3. CEach resulting problem is easy to solve, and combines to solve the more complex problem
    4. DSolving a repeating problem once saves time, as there is no need to re-create the same solution
    5. EIt ensures only the necessary problem is solved and nothing else
    6. FComputers can find solutions to problems that humans may not be able to solve
  10. 10why do we identify pattern?
    1. AIt ensures only the necessary problem is solved and nothing else
    2. BSolutions can be found more quickly with multiple parts being solved at the same time
    3. CEach resulting problem is easy to solve, and combines to solve the more complex problem
    4. DSolving a repeating problem once saves time, as there is no need to re-create the same solution
    5. EComputers can find solutions to problems that humans may not be able to solve
    6. FThe problem can be more easily turned into a computer program

Información

Descripción
Test sobre computational thinking, creado por Arabella Grint el 07/02/2022.
Idioma
English
Visitas
1
Etiquetas
key stage 3
Valoración
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