Notions of programming ( Form 2, Computer Science)

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True/false questions on Scratch, Blockly, mBlock basics.

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YAKILI LMS

Cameroon

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In this game, you will have to determine if the adjective provided accurately describes the noun. Test your knowledge of adjectives and see if you can spot the correct matches!

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Notions of programming ( Form 2, Computer Science)


Notions of programming ( Form 2, Computer Science)Version en ligne True/false questions on Scratch, Blockly, mBlock basics. par YAKILI LMS 1 Blocks have shapes that fit together only in correct ways. Yes No 2 Scratch projects can include conditional blocks to make decisions. Yes No 3 Scratch supports emitting and handling messages between sprites. Yes No 4 mBlock cannot connect to any hardware devices for physical computing. Yes No 5 In Scratch, event blocks like 'when this sprite clicked' trigger actions. Yes No 6 In Scratch, you must write all instructions in a single script with no events. Yes No 7 Block programs can be exported as executable code in some environments. Yes No 8 Block programming requires writing syntax by hand to run programs. Yes No 9 In Scratch, there is no concept of variables or data storage. Yes No 10 Scratch allows cloning sprites to create multiple copies of an object. Yes No 11 Block programming uses draggable blocks to create code. Yes No 12 Scratch projects save as .sb3 files. Yes No 13 Blocks in block programming do not have any order of execution effects. Yes No 14 mBlock supports programming with robots in addition to simulations. Yes No 15 Block programs can implement loops to repeat tasks a set number of times. Yes No 16 The 'forever' loop block repeats its contained actions indefinitely in Scratch. Yes No 17 In Blockly, you can switch between a block view and a text view of code. Yes No 18 Sound blocks can be used to play audio in Scratch. Yes No 19 Scratch uses a sprite-based interface to run programs. Yes No 20 Block-based programming helps beginners understand logic before text coding. Yes No 21 Block-based tools commonly include mathematical operators like plus and minus blocks. Yes No 22 In Scratch, a sprite can only move in straight lines and cannot rotate. Yes No 23 The primary purpose of block programming is to replace all text-based languages. Yes No 24 In block programming, conditionals are often created with an 'if' block. Yes No 25 Scratch allows users to create custom blocks as procedures. Yes No 26 Blocks in Scratch can be snapped together to form a sequence. Yes No 27 Blockly blocks cannot be customized or extended by developers. Yes No 28 Scratch projects cannot include sounds or music. Yes No 29 Scratch does not support looping constructs at all. Yes No 30 Block-based environments help students debug by visual inspection of flow. Yes No 31 mBlock integrates with LEGO robotics hardware. Yes No 32 Scratch supports broadcasting messages to coordinate different sprites. Yes No 33 Scratch provides a stage where sprites perform actions. Yes No 34 In Scratch, the 'repeat until' block is a common looping construct. Yes No 35 Block programming emphasizes visual representations of code structure. Yes No 36 In block programming, each block represents a single instruction or concept. Yes No 37 Scratch Jr is a simplified version of Scratch for younger learners. Yes No 38 In block programming, lists or arrays can be represented with blocks. Yes No 39 mBlock can be used to program educational robots like the Makeblock Ranger. Yes No 40 Blockly is designed to be embedded in web pages for education. Yes No 41 mBlock supports Python and Arduino blocks in its interface. Yes No 42 Blockly automatically converts blocks into Python without any user interaction. Yes No 43 Blockly creates code by assembling visual blocks. Yes No 44 Scratch can be used to teach sequencing and cause-and-effect relationships. Yes No 45 In Scratch, the green flag starts a project. Yes No 46 Blockly is used to teach programming concepts in many online courses. Yes No 47 Variables in block programming can store numbers and text. Yes No 48 Scratch projects can include loops to repeat actions. Yes No 49 Scratch projects can include randomization using pick random blocks. Yes No 50 mBlock is only a mobile app with no desktop support. Yes No

Notions of programming ( Form 2, Computer Science)

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À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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Grammys for best song/record

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Foot and Ankle Anatomy Quiz

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Is it true?

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Is it created with Artificial Intelligence? - Complete game

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Adjective Checker

Notions of programming ( Form 2, Computer Science)Version en ligne

par YAKILI LMS

Blocks have shapes that fit together only in correct ways.

Scratch projects can include conditional blocks to make decisions.

Scratch supports emitting and handling messages between sprites.

mBlock cannot connect to any hardware devices for physical computing.

In Scratch, event blocks like 'when this sprite clicked' trigger actions.

In Scratch, you must write all instructions in a single script with no events.

Block programs can be exported as executable code in some environments.

Block programming requires writing syntax by hand to run programs.

In Scratch, there is no concept of variables or data storage.

Scratch allows cloning sprites to create multiple copies of an object.

Block programming uses draggable blocks to create code.

Scratch projects save as .sb3 files.

Blocks in block programming do not have any order of execution effects.

mBlock supports programming with robots in addition to simulations.

Block programs can implement loops to repeat tasks a set number of times.

The 'forever' loop block repeats its contained actions indefinitely in Scratch.

In Blockly, you can switch between a block view and a text view of code.

Sound blocks can be used to play audio in Scratch.

Scratch uses a sprite-based interface to run programs.

Block-based programming helps beginners understand logic before text coding.

Block-based tools commonly include mathematical operators like plus and minus blocks.

In Scratch, a sprite can only move in straight lines and cannot rotate.

The primary purpose of block programming is to replace all text-based languages.

In block programming, conditionals are often created with an 'if' block.

Scratch allows users to create custom blocks as procedures.

Blocks in Scratch can be snapped together to form a sequence.

Blockly blocks cannot be customized or extended by developers.

Scratch projects cannot include sounds or music.

Scratch does not support looping constructs at all.

Block-based environments help students debug by visual inspection of flow.

mBlock integrates with LEGO robotics hardware.

Scratch supports broadcasting messages to coordinate different sprites.

Scratch provides a stage where sprites perform actions.

In Scratch, the 'repeat until' block is a common looping construct.

Block programming emphasizes visual representations of code structure.

In block programming, each block represents a single instruction or concept.

Scratch Jr is a simplified version of Scratch for younger learners.

In block programming, lists or arrays can be represented with blocks.

mBlock can be used to program educational robots like the Makeblock Ranger.

Blockly is designed to be embedded in web pages for education.

mBlock supports Python and Arduino blocks in its interface.

Blockly automatically converts blocks into Python without any user interaction.

Blockly creates code by assembling visual blocks.

Scratch can be used to teach sequencing and cause-and-effect relationships.

In Scratch, the green flag starts a project.

Blockly is used to teach programming concepts in many online courses.

Variables in block programming can store numbers and text.

Scratch projects can include loops to repeat actions.

Scratch projects can include randomization using pick random blocks.

mBlock is only a mobile app with no desktop support.