| 1 |
How many steps are there in the problem solving process. |
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| 2 |
Which of the followig is NOT a benefit of algorithmic thinking. |
- A. Decomposition
- B. Abstraction and Generalization
- C. Visualization
- D. Pattern Recognition
|
| 3 |
Looking for similarites among the problems is called. |
- A. Algorithmic design
- B. Pattern identification
- C. Abstraction
- D. Problem decomposition
|
| 4 |
-------------- is finite sequence of instruction to solve a specific problem. |
- A. Unspecified instructions
- B. Specific instructions
- C. Algorithm
- D. None
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| 5 |
The first step in the systematic problem-solving proces sis. |
- A. Problem analysis
- B. Problem definition
- C. Identifying the problem
- D. Selecting the best solution
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| 6 |
What is the primary benffit of using algorithmic thinking in problem solving. |
- A. Faster prblem solving
- B. Improved confidence in decision making
- C. Increased efficiency in proncessing data
- D. All of the above
|
| 7 |
Every algorithm has......... and ....... |
- A. Loop, condition
- B. Start, stop
- C. finite, infinite loops
- D. Sequence, conditions
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| 8 |
What type of flow is used to print a table of given number up to 10. |
- A. Sequntial flow
- B. Conditional flow
- C. Repetitive flow
- D. None of the above
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| 9 |
What is the purpose of the "modulus" operation in analgorithm |
- A. To stor evalues in a varibale
- B. To determing the remainder of a division
- C. To compare two numbers
- D. To perform arithmetic operations
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| 10 |
Breaking down a big problem in to smaller problems is called. |
- A. Problem identification
- B. Problem decomposition
- C. Planning solution
- D. Selecting best solution
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