| 1 |
What is the efficiency of a solution based on in terms of the given paremeters. |
- A. Numbers of lines of code
- B. amount of memory available
- C. Number of steps executed
- D. Complexity of the solution
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| 2 |
What is the disadvantage of using a flowchart. |
- A. Easy to understand
- B. Difficult to modify
- C. Time saving
- D. Easy to understand for people who don't know flowchart symbols
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| 3 |
Discover the principles that caue the patterns of a problem is called. |
- A. Generalization
- B. Design
- C. pattern Recognition
- D. Deconstruction
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| 4 |
The loops which are never going to end are called. |
- A. Finite loops
- B. Infinite loops
- C. Intermediate loops
- D. Simple loops
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| 5 |
What is the characteristic of an algorithm that states that each step must be clear and lead to only one measning. |
- A. Clear and unambiguous
- B. Well-defined imputs
- C. Well -defined outputs
- D. Feasible
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| 6 |
Whih of the followign is not a rule for drawing flowcharts. |
- A. Use conventional flowchart symbols
- B. Label all flow lines
- C. Every flowchart must have start and endpoints
- D. Flow lines cna cross each other
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| 7 |
What the purpose of arrow in a flowchart. |
- A. To link different processes in the flowchart
- B. To indicate the start and stop points
- C. To represent input or output
- D. To indicate the direction of flow within the same process
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| 8 |
Whcih step involves creating a set of instructions to solve a sprblem. |
- A. Decomposition
- B. Algorithm Design
- C. Generalization and Abstraction
- D. Pattern recongnition
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| 9 |
The loops which hae to be terminated are called. |
- A. Infinite loops
- B. Simple loops
- C. Intermediate loops
- D. Finite loops
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| 10 |
The sequence where we repeat a specific set of instructions, again and again, is called. |
- A. Condition
- B. Sequence
- C. Loop
- D. All
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