Quiz i Computational Thinking (CT)

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Du kan teste din viden om Computational Thinking (CT) ved at tage nedenstående quiz. Du kan tage quizzen så mange gange, du ønsker.

Hvilken datalog relancerede i 2006 begrebet Computational Thinking? *

10 points

Matti Tedre

Seymour Papert

Ingen af de ovenstående

Jeanette Wing

Nina Bonderup Dohn

Peter J. Denning

Hvad er Cuny-Snyder-Wing definitionen på Computational Thinking (CT)? *

10 points

"CT is the mental process for abstraction of problems and the creation of automatable solutions."

"CT is a set of problem-solving methods that involve expressing problems and their solutions in ways that a computer could also execute."

"CT is the thought processes involved in formulating problems and their solutions so that the solutions are represented in a form that can be effectively carried out by an information-processing agent."

"CT is a mental orientation to formulating problems as conversions of some input to an output and looking for algorithms to perform the conversions."

"Computational thinking is the process of recognising aspects of computation in the world that surrounds us, and applying tools and techniques from Computer Science to understand and reason about both natural and artificial systems and processes."

Er Computational Thinking (CT) en generel problemløsningsmetode? *

10 points

Nej

Er programmering en forudsætning for Computational Thinking? *

10 points

Nej

Er algoritmisk tænkegang en central del af Computational Thinking? *

10 points

Nej

Hvilke generelle kompetencer indgår i Computational Thinking (i eVidenCenterets definition)? *

10 points

Evaluering

Dokumentation

Dekomposition

Programmering

Abstraktion

Kommunikation

Generalisation

Algoritme

Processering

Analyse

Required

Hvad dækker abstraktion over? *

10 points

At nedbryde et problem i mindre og overskuelige dele

At finde mønstrer blandt et problems delelementer, udlade irrelavant information, uddrage generelle sammenhænbge og lave en løsningsmodel for problemet

At udlede den forklaring, som bedst beskriver en række iagtagelser.

At evaluere iterativt algoritmer ved afprøvning, fejlsøgning og tilretning.

Ingen af de ovenstående.

Jeannette M. Wing har sagt, at Computational Thinking (CT) er "for everyone, everywhere." Mener eVidenCentret, at CT er relevant i alle faglige undervisningsforløb? *

10 points

Nej

Hvilke perspektiver på Computional Thinking (CT) arbejder eVidenCenter med? *

10 points

Kritisk tækning

Kreativitet/innovation

Absrtraktion

Programmering

Teknologiforståelse

Kommunikation

Required

eVidenCenter og forsøgsfaget "Teknologiforståelse" i folkeskolen arbejder med forskellige begreber. Kombiner analoge begreber. *

20 points

Computational Thinking

Kreativitet/innovation

Kritisk tænking

Programmering

Digital myndiggørelse

Computationel tankegang

Teknologisk handleevne

Digital design og designprocesser

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