## Statements and Conclusions Questions - 3

Directions (Q21 to Q25): In the questions given below certain symbols are used, with the following meaning.

A @ B means A is either smaller or equal to B.

A & B means A is neither smaller nor equal to B.

A * B means A is neither greater nor smaller than B.

A # B means A is either greater or equal to B.

A ? B means A is neither greater nor equal to B.

Now in each of the following questions assuming the given statements to be true, find which of the two conclusions I and II given below them is are definitely true.

Statements:

A # L

L * M

M & P

Conclusions:

I. K # M     II. K & P

• Only conclusion I is true.
• Only conclusion II is true.
• Either conclusion I or II is true.
• Neither conclusion I nor II is true.
• Both Conclusions I and II are true.
Explanation

From statements:

i. K # L => K â‰¥ L

ii. L * M => L = M

iii. M & P => M > P

Results in => K > P, L > P, K â‰¥ M

From conclusions:

I. K # M => K â‰¥ M.   II. K & P => K > P

Both I and II follows.

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A @ B means A is either smaller or equal to B.

A & B means A is neither smaller nor equal to B.

A * B means A is neither greater nor smaller than B.

A # B means A is either greater or equal to B.

A ? B means A is neither greater nor equal to B.

Now in each of the following questions assuming the given statements to be true, find which of the two conclusions I and II given below them is are definitely true.

Statements:

J * K

K # M

J & P

Conclusions:

I. P ? K     II. J * M

• Only conclusion I is true.
• Only conclusion II is true.
• Either conclusion I or II is true.
• Neither conclusion I nor II is true.
• Both Conclusions I and II are true.
Explanation

From statements:

i. J * K => J = K

ii. K # M => K â‰¥ M

iii. J & P => J > P

Results in => K > P, J â‰¥ M

From conclusions:

I. P ? K => P < K.   II. J * M => J = M

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A @ B means A is either smaller or equal to B.

A & B means A is neither smaller nor equal to B.

A * B means A is neither greater nor smaller than B.

A # B means A is either greater or equal to B.

A ? B means A is neither greater nor equal to B.

Now in each of the following questions assuming the given statements to be true, find which of the two conclusions I and II given below them is are definitely true.

Statements:

M ? L

L # K

K * J

Conclusions:

I. M * J     II. L * J

• Only conclusion I is true.
• Only conclusion II is true.
• Either conclusion I or II is true.
• Neither conclusion I nor II is true.
• Both Conclusions I and II are true.
Explanation

From statements:

i. M ? L => M > L

ii. L # K => L â‰¥ K

iii. K * J => K = J

Results in => M > K, M > J, L â‰¥ J

From conclusions:

I. M * J => M = J.   II. L * J => L = J

Neither of the statements.

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A @ B means A is either smaller or equal to B.

A & B means A is neither smaller nor equal to B.

A * B means A is neither greater nor smaller than B.

A # B means A is either greater or equal to B.

A ? B means A is neither greater nor equal to B.

Now in each of the following questions assuming the given statements to be true, find which of the two conclusions I and II given below them is are definitely true.

Statements:

A # B

B * C

C @ D

Conclusions:

I. A @ D     II. A # D

• Only conclusion I is true.
• Only conclusion II is true.
• Either conclusion I or II is true.
• Neither conclusion I nor II is true.
• Both Conclusions I and II are true.
Explanation

From statements:

i. A # B => A â‰¥ B

ii. B * C =>B = C

iii. C @ D => C â‰¤ D

Results in => A â‰¥ C, B â‰¤ D, A â‰¥ D

From conclusions:

I. A @ D => A â‰¤ D.   II. A # D => A â‰¥ D

Either I or II are true.

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A @ B means A is either smaller or equal to B.

A & B means A is neither smaller nor equal to B.

A * B means A is neither greater nor smaller than B.

A # B means A is either greater or equal to B.

A ? B means A is neither greater nor equal to B.

Now in each of the following questions assuming the given statements to be true, find which of the two conclusions I and II given below them is are definitely true.

Statements:

D ? E

E & F

F @ G

Conclusions:

I. D @ F     II. G ? D

• Only conclusion I is true.
• Only conclusion II is true.
• Either conclusion I or II is true.
• Neither conclusion I nor II is true.
• Both Conclusions I and II are true.
Explanation

From statements:

i. D ? E => D < E

ii. E & F => E > F

iii. F @ G => F â‰¤ G

Results in => No relations ship can be established

From conclusions:

I. D @ F => D â‰¤ F .... Wrong.   II. G ? D => G = D

Neither of the statements are true.

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Directions (Q26 to Q30): In the questions given below certain symbols are used, with the following meaning.

P # Q means P is greater than Q.

P @ Q means P is smaller than Q.

P & Q means P is equal to Q.

P ? Q means P is either greater or equal to Q.

P * Q means P is either smaller or equal to Q.

Now in each of the following questions assuming the given statements to be true, find which of the two conclusions I and II given below them is are definitely true.

Statements:

M @ Q

Q * P

P ? S

Conclusions:

I. P # Q     II. P # M

• Only conclusion I is true.
• Only conclusion II is true.
• Either conclusion I or II is true.
• Neither conclusion I nor II is true.
• Both Conclusions I and II are true.
Explanation

From statements:

i. M @ Q => M < Q

ii. Q * P => Q â‰¤ P

iii. P ? S => P â‰¥ S

Results in => M < P

From conclusions:

I. P # Q = P > Q.   II. P # M = P > M

Only II is true.

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P # Q means P is greater than Q.

P @ Q means P is smaller than Q.

P & Q means P is equal to Q.

P ? Q means P is either greater or equal to Q.

P * Q means P is either smaller or equal to Q.

Now in each of the following questions assuming the given statements to be true, find which of the two conclusions I and II given below them is are definitely true.

Statements:

A & B

B @ C

C # D

Conclusions:

I. B & D     II. A # C

• Only conclusion I is true.
• Only conclusion II is true.
• Either conclusion I or II is true.
• Neither conclusion I nor II is true.
• Both Conclusions I and II are true.
Explanation

From statements:

i. A & B => A = B

ii. B @ C => B < C

iii. C # D => C > D

Results in => A > C

From conclusions:

I. B & D => B = D.   II. A # C => A > C

Both I and II are not true.

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P # Q means P is greater than Q.

P @ Q means P is smaller than Q.

P & Q means P is equal to Q.

P ? Q means P is either greater or equal to Q.

P * Q means P is either smaller or equal to Q.

Now in each of the following questions assuming the given statements to be true, find which of the two conclusions I and II given below them is are definitely true.

Statements:

M ? N

N * O

O # P

Conclusions:

I. M ? O     II. M * O

• Only conclusion I is true.
• Only conclusion II is true.
• Either conclusion I or II is true.
• Neither conclusion I nor II is true.
• Both Conclusions I and II are true.
Explanation

From statements:

i. M ? N => M â‰¥ N

ii. N * O => N â‰¤ O

iii. O # P => O > P

Results in => No particular relationship can be established but

From conclusions:

I. M ? O => M â‰¥ O.   II. M * O => M â‰¤ O

Either of the conclusions.

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P # Q means P is greater than Q.

P @ Q means P is smaller than Q.

P & Q means P is equal to Q.

P ? Q means P is either greater or equal to Q.

P * Q means P is either smaller or equal to Q.

Now in each of the following questions assuming the given statements to be true, find which of the two conclusions I and II given below them is are definitely true.

Statements:

K @ L

L # M

M & N

Conclusions:

I. K * N     II. L # N

• Only conclusion I is true.
• Only conclusion II is true.
• Either conclusion I or II is true.
• Neither conclusion I nor II is true.
• Both Conclusions I and II are true.
Explanation

From statements:

i. K @ L => K < L

ii. L # M => L > M

iii. M & N => M = N

Results in => L > N

From conclusions:

I. K * N => K â‰¤ N.   II. L # N => L > N

Only II is true.

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P # Q means P is greater than Q.

P @ Q means P is smaller than Q.

P & Q means P is equal to Q.

P ? Q means P is either greater or equal to Q.

P * Q means P is either smaller or equal to Q.

Now in each of the following questions assuming the given statements to be true, find which of the two conclusions I and II given below them is are definitely true.

Statements:

F * G

G & H

H @ K

Conclusions:

I. K # G     II. K * G

• Only conclusion I is true.
• Only conclusion II is true.
• Either conclusion I or II is true.
• Neither conclusion I nor II is true.
• Both Conclusions I and II are true.
Explanation

From statements:

i. F * G => F â‰¤ G

ii. G & H => G = H

iii. H @ K => H < K

Results in => K > G

From conclusions:

I. K # G => K > G.   II. K * G => K â‰¤ G

Only I is true.

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