Analytical Reasoning problems
- 1. A line is an undefined term because it
Options- A. line segment
- B. vertex
- C. focus
- D. major axis Also asked in: Analyst, Bank Clerk, Bank PO, Database Administrator, IT Trainer, Network Engineer, Project Manager
Correct Answer: A line is an undefined term because it
Explanation:
1. Contains an infinite number of points
2. can be used to create other geometric shapes
3. is a term that does not have a formal definition
In Geometry, unless it's stated, a line will extend in one dimension and goes on forever in both ways.
- 2. What do you understand by - 'If K is there L has to be there'
Options- A. K & L will always be together
- B. K is not there, then L will not be there
- C. k is there, then L will also be there
- D. K & L will always be not together Also asked in: AIEEE, Bank Exams, CAT, GATE, GRE, TOEFL, Analyst, Bank Clerk, Bank PO, IT Trainer
Correct Answer: k is there, then L will also be there
Explanation:
This would not mean that K and L will always be together. It just implies that, if K is there, then L will also be there.
At the same time, it can happen that L is there but K isn't.
Remember, the condition is on K, not on L.
- 3. A line is an undefined term because it
Options- A. contains an infinite number of points
- B. can be used to create other geometric shapes
- C. describes something that does not have width or depth
- D. is a term that does not have a formal definition Also asked in: Analyst, Bank Clerk, Bank PO, Database Administrator, IT Trainer, Network Engineer, Project Manager
Correct Answer: contains an infinite number of points
- 4. What do you understand by - 'If K is there L has to be there'
Options- A. K & L will always be together
- B. K is not there, then L will not be there
- C. k is there, then L will also be there
- D. K & L will always be not together Also asked in: AIEEE, Bank Exams, CAT, GATE, GRE, TOEFL, Analyst, Bank Clerk, Bank PO, IT Trainer
Correct Answer: k is there, then L will also be there
Explanation:
This would not mean that K and L will always be together. It just implies that, if K is there, then L will also be there.
At the same time, it can happen that L is there but K isn't.
Remember, the condition is on K, not on L.
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