Course (1-3): Examine the next data fastidiously and reply the given questions:
Level A is 25m west of level B which is 6m north of Okay. Level H is 9m south of level I. Level G is 5m south of level F which is 15m east of E. Level C is 15m south of level A. Level H is 12m east of level G. Level E is 5m north of level D which is 8m east of level C.
Q1. What’s the orientation of level A with respect to level I?
(a) within the West
(b) North-east
(c) Within the South
(d) North-West
(e) None of those
Q2. What’s the distance between level Okay and level I?
(a) 11 m
(b) 10m
(c) 15m
(d) 12m
(e) None of those
Q3. What’s the course of level G with respect to level E?
(a) southeast
(b) Within the west
(c) Within the South
(d) Southwest
(e) None of those
Instructions (4-5): Learn the next data fastidiously and reply the next questions.
Manish going through North, ranging from level A, walks 4 meters to the precise. He then takes a left flip and walks 3 meters earlier than turning proper, strolling 2 meters and stopping at level B. Disha begins from the identical place A strikes 2 meters to the South. He then takes the chance to show left and walks a distance of 4 m. Now he turns proper, walks 2 meters after which turns left and walks 2 meters and stops at level C.
This autumn. What’s the distance between level B and level C?
(a) 5 m
(b) 8m
(c) 7 m
(d) 6 m
(e) 9 m
Q5. If Disha walks 4 meters North from Level C, how far will she be from Level A?
(a) 4m
(b) 2 m
(c) 6 m
(d) 8 m
(e) 7m
Instructions (6–10): Examine the next data and reply the questions given beneath.
Give answer-
(a) So long as the conclusion is true
(b) If solely conclusion II is true
(c) If conclusion I or conclusion II is true
(d) If conclusion I or conclusion II shouldn’t be true
(e) If each conclusions I and II are true
Q6. Statements: H = W, R > F, W ≤ R, F>S,
Conclusions: I. R > H
II. R > S
Q7. Statements: T > Okay, D ≥ Okay, M > T
Conclusions: ID
Q8. Statements: R ≤N, F > B, N ≥F
Conclusions: I. N > B
II. B ≤ R
Q9. Statements: H > W, M ≥Okay, W > M
Conclusions: I. W > Okay
II. H ≤ M
Q10. Statements: R ≥T, M > D≥Q, T = M,
Conclusions: I. Q
Instructions (11-15): In these questions, the connection between the assorted parts within the statements is proven. The statements are adopted by two conclusions. Give the reply
Q11. Assertion: L≤T≤I, M>I
Conclusions: I. B
(a) provided that conclusion II is true.
(b) so long as the conclusion is true.
(c) if conclusion I or II shouldn’t be true.
(d) if conclusion I or II is true.
(e) if each conclusions I and II are true.
Q12. Assertion: Z
(a) if each conclusion I and II are true.
(b) so long as the conclusion is true.
(c) if conclusion I or II shouldn’t be true.
(d) if conclusion I or II is true.
(e) provided that conclusion II is true.
Q13. Assertion: N≤T≤I, M>B
Conclusions: I. Okay≤I
II. I
(b) if conclusion I or II is true.
(c) if conclusion I or II shouldn’t be true.
(d) so long as the conclusion is true.
(e) if each conclusions I and II are true.
Q14. Assertion: L≤T≤I, M>I
Conclusions: I. M≥P
II. X>L
(a) provided that conclusion II is true.
(b) so long as the conclusion is true.
(c) if conclusion I or II shouldn’t be true.
(d) if conclusion I or II is true.
(e) if each conclusions I and II are true.
Q15. Assertion: Z
II. S≤D
(a) provided that conclusion II is true.
(b) if conclusion I or II is true.
(c) if conclusion I or II shouldn’t be true.
(d) so long as the conclusion is true.
(e) if each conclusions I and II are true.
Options
Options (1-3):
Sol.
The S1. Solutions. (d)
S2. Solutions. (b)
S3. Solutions. (a)
Options (4-5):
Sol.
S4. Solutions. (c)
S5. Solutions. (c)
The S6. Solutions. (b)
Sol. I. R > H (false)
II. R > S (true)
The S7. Solutions. (d)
Sol. I.D
II. M ≥ D (false)
S8. Solutions. (a)
Sol. I. N > B(true)
II. B ≤ R (false)
S9. Solutions. (a)
Sol. I. W > Okay (true)
II. H ≤ M (false)
The S10. Solutions. (e)
Sol. I.Q
II. R ≥ M (true)
S11. Solutions. (b)
S12. Solutions. (b)
S13. Solutions. (b)
S14. Solutions. (a)
The S15. Solutions. (c)
