| 1 |
What are the two directions in teh that a robot can move in a maze problem. |
- A. Forward and down
- B. Up and left
- C. Right and down
- D. Forward and back
|
| 2 |
Breaking down a big problem in to smaller problems is called. |
- A. Problem identification
- B. Problem decomposition
- C. Planning solution
- D. Selecting best solution
|
| 3 |
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
|
| 4 |
What is the process of figuring out the 5 Ws from the problem statement. |
- A. Problem identification
- B. Problem definition
- C. Problem analysis
- D. Deconstruction
|
| 5 |
What can alternate solutions enhance in regard to a problem. |
- A. The value of the ideal soltion
- B. The result that should be achieved
- C. The risk of failure
- D. The difficulty level of the solution.
|
| 6 |
In........... flow , set of statements in executed again and again intil a cerain condition remains true. |
- A. Repetitive
- B. Sequential
- C. Conditional
- D. None
|
| 7 |
What is the reslut of an unclearly defined problem. |
- A. It requires guess work
- B. It is easily solvable
- C. It contains ambiguity
- D. It has a clear goal
|
| 8 |
In.......... flow steps are executed only if certain condition is true. |
- A. Repetitive
- B. Sequential
- C. Conditional
- D. None
|
| 9 |
The purpose of decomposition in algorithmic thinking is to |
- A. Solve a specific probloem
- B. Design new and improved systems
- C. Break down complicated problems into smaller problems
- D. Identify the sequence of operations
|
| 10 |
Thinking the domain of problem and ignoring irrelevant material is called. |
- A. Algorithmic design
- B. Pattern identificaiton
- C. Problem decomposition
- D. Abstraction
|