1.1 Everyday Algorithm - 3

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1.1 Everyday Algorithm - 3


Froggy Jumps 1.1 Everyday Algorithm - 3Versión en línea Games for evaluation por ellya kusna aura dewi 1 What is an algorithm? a A set of instructions in a squence b A set of instructions in once c A set of instructions but not concise 2 Why do we use algorithms? a To make problems harder b To complete tasks step by step. c To give random directions 3 What does editing an algorithm mean? a Changing or improving the algorithm b Finding error c Change direction to random 4 Why might you edit an algorithm? a To make it longer b To make it work better. c To make error 5 what is the english of "utara & timur"? a south and north b north and south c north and east 6 what is the english of "Barat & Selatan"? a south and west b north and west c west and south 7 Logical thinking helps us... a Solve problems step by step b Guess without thinking c predict problems step by step 8 Which order is logical for making a sandwich? a Eat → Make → Wash hands b Wash hands → Make → Eat c Eat → Wash hands → Make 9 Which instruction is the most logical? a Drink the juice before pouring it. b Pour the juice, then drink it. c Drink the juice and eat cereal together 10 What does predict mean? a To delete a program b To edit algorithm c To guess what will happen 11 Why do we split algorithms into smaller steps? a To make them easier to understand. b To make them confusing. c To make them impossible to follow. 12 Which is the best first step for making tea? a Boil water b Drink the tea. c get a cup and tea bag 13 Which task has been split into smaller steps? a Add butter → Get bread → Toast bread . b Get bread → Toast bread → Add butter. c Toast bread → Get bread → Add butter 14 What is a concise algorithm? a An algorithm with only the necessary instructions. b An algorithm with only the unnecessary instructions. c split instruction 15 Which algorithm is more concise? a b c 16 Why is using a loop more concise? a It makes the program longer. b It removes all instructions. c It repeats instructions without writing them many times. 17 After testing a program, you find a mistake. What should you do next? a Debug and edit the algorithm. b error c Just debug 18 Which sentence describes a good algorithm? a It is precise, correct, and concise. b It is random and step by step c It is precise and unnecessary 19 Which activity uses an algorithm? a Watching television. b Following a recipe. c Sleeping. 20 Which order is correct for planting a seed? a Water → Dig a hole → Plant the seed b Dig a hole → Plant the seed → Water. c Water → Plant the seed → Dig a hole. 21 Which instruction should come first? a Put on your shoes. b Tie your shoelaces. c Wear your socks. 22 Before testing an algorithm, what should you do? a Predict what will happen b Solve the task c Delete error 23 Which instruction is unnecessary? 1. Put on your shoes. 2. Put on your shoes again. 3. Walk to school. a Step 1 b Step 2 c Step 3 24 A robot cannot reach the finish line. What should you do? a Edit the algorithm. b Debugging c Draw directions 25 Which sequence is correct? a Put on shoes → Wear socks b Wear socks → Put on shoes c Tie shoes → Wear socks.

1.1 Everyday Algorithm - 3

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1.1 Everyday Algorithm - 3Versión en línea

por ellya kusna aura dewi

What is an algorithm?

Why do we use algorithms?

What does editing an algorithm mean?

Why might you edit an algorithm?

what is the english of "utara & timur"?

what is the english of "Barat & Selatan"?

Logical thinking helps us...

Which order is logical for making a sandwich?

Which instruction is the most logical?

What does predict mean?

Why do we split algorithms into smaller steps?

Which is the best first step for making tea?

Which task has been split into smaller steps?

What is a concise algorithm?

Which algorithm is more concise?

Why is using a loop more concise?

After testing a program, you find a mistake. What should you do next?

Which sentence describes a good algorithm?

Which activity uses an algorithm?

Which order is correct for planting a seed?

Which instruction should come first?

Before testing an algorithm, what should you do?

Which instruction is unnecessary? 1. Put on your shoes. 2. Put on your shoes again. 3. Walk to school.

A robot cannot reach the finish line. What should you do?

Which sequence is correct?