What is Computational Thinking?, A. A way of solving problems systematically, . A type of computer, A computer game, A programming language, Which of the following is a part of Computational Thinking?, Decomposition, Singing, Drawing, Running, What is Decomposition?, Breaking a big problem into smaller parts, Combining all problems together, Deleting information, Guessing the answer, Finding similarities between problems is called..., Pattern Recognition, Abstraction, Algorithm, Coding, What is Abstraction?, Focusing on important information only, Memorizing everything, Copying information, Drawing pictures, What is an Algorithm?, A step-by-step procedure to solve a problem, A computer game, A type of software, A hardware device, Which is an example of an algorithm?, Steps for making a cup of tea, Watching TV, Sleeping, Listening to music, The main goal of Computational Thinking is to..., Solve problems effectively, Play games faster, Buy a computer, Learn typing, Which of the following is NOT part of Computational Thinking?, Decomposition, Pattern Recognition, Dancing, Abstraction, After identifying patterns, what is the next step?, Abstraction, Playing games, Deleting files, Guessing answers, A good algorithm should be..., Incomplete, Confusing, Random, Clear and in order, Computational Thinking is commonly used in..., Computer programming, Cooking only, Sports only, Music only, Choosing only the important information is called..., Abstraction, Decomposition, Coding, Testing, Pattern Recognition means..., Playing games, Drawing pictures, Memorizing answers, Finding similarities and repeated patterns, The first step in Computational Thinking is..., Decomposition, Algorithm, Programming, Testing, Computational Thinking helps people think..., Logically, Randomly, Slowly, Emotionally, If a problem is too difficult, you should..., Break it into smaller parts, Ignore it, Give up, Guess the answer, An algorithm should have..., Random steps, Ordered steps, No steps, Difficult instructions, Computational Thinking can be applied in..., Computer labs only, School only, Daily life and technology, Games only, One benefit of Computational Thinking is..., Avoiding problem-solving, Making problems more difficult, Solving problems more efficiently, Reducing logical thinking

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