RBI Assistant Mains Mock Test - 1 - Banking Exams MCQ

2) The second element of each code is a symbol which represents the highest vowel that appears in the word. After a careful observation the following can easily be determined:

3) The third element of each code is a number that represents the number of letters in the word.

Clearly, the code for the word ‘water’ is B#5.

Hence, the correct option is (A).

2) The second element of each code is a symbol which represents the highest vowel that appears in the word. After a careful observation the following can easily be determined:

3) The third element of each code is a number that represents the number of letters in the word.

The code P&4 means that the second letter of the word is ‘O’, the highest vowel in the word is ‘O’ and there are four letters in the word.

Hence, the correct option is (E).

2) The second element of each code is a symbol which represents the highest vowel that appears in the word. After a careful observation the following can easily be determined:

3) The third element of each code is a number that represents the number of letters in the word.

Clearly, the code for the word ‘used’ is T$4.

Hence, the correct option is (C).

2) The second element of each code is a symbol which represents the highest vowel that appears in the word. After a careful observation the following can easily be determined:

3) The third element of each code is a number that represents the number of letters in the word.

In the word ‘must’ the second letter is ‘U’ whose successor is ‘V’, the highest vowel is ‘U’, and the number of letters are 4. Thus, the code for the word ‘must’ is V$4.

In the word ‘watch’ the second letter is ‘A’ whose successor is ‘B’, the highest vowel is ‘A’, and the number of letters in the word are 5. Thus, the code for the word ‘watch’ is B@5.

So, V$4 B@5 is the code for ‘must watch’.

Hence, the correct option is (D).

We have,

• G sits 45m left of J.
• The distance between M and G is twice the distance between H and K.G does not sit left of M.

From the above condition, there are two possibilities.

Again we have,

• The distance between J and N is thrice of the distance between H and K.
• The number of persons sits to the left of H is the same as to the right of I.
• The one who sits second to the right of N is sitting immediate right of L.

From the above condition, case2a get eliminated. Case2 shows the final arrangement.

Again we have,

• K walks 20m towards the north then took a left turn and walks 8m to reach K’.
• H walks 20m towards the south then took the left turn and walks 10m to reach H’.
• G walks 10m towards south then took left turn and walks 40m to reach G’.
• J walks 15m towards the north then took the right turn and walks 20m to reach J’.
• L walks 30m towards the east then took the right turn and walks 25m to reach L’.

Based on the above-given information we have the final arrangement as follows.

We have,

• G sits 45m left of J.
• The distance between M and G is twice the distance between H and K.G does not sit left of M.

From the above condition, there are two possibilities.

Again we have,

• The distance between J and N is thrice of the distance between H and K.
• The number of persons sits to the left of H is the same as to the right of I.
• The one who sits second to the right of N is sitting immediate right of L.

From the above condition, case2a get eliminated. Case2 shows the final arrangement.

Again we have,

• K walks 20m towards the north then took a left turn and walks 8m to reach K’.
• H walks 20m towards the south then took the left turn and walks 10m to reach H’.
• G walks 10m towards south then took left turn and walks 40m to reach G’.
• J walks 15m towards the north then took the right turn and walks 20m to reach J’.
• L walks 30m towards the east then took the right turn and walks 25m to reach L’.

Based on the above-given information we have the final arrangement as follows.

We have,

• G sits 45m left of J.
• The distance between M and G is twice the distance between H and K.G does not sit left of M.

From the above condition, there are two possibilities.

Again we have,

• The distance between J and N is thrice of the distance between H and K.
• The number of persons sits to the left of H is the same as to the right of I.
• The one who sits second to the right of N is sitting immediate right of L.

From the above condition, case2a get eliminated. Case2 shows the final arrangement.

Again we have,

• K walks 20m towards the north then took a left turn and walks 8m to reach K’.
• H walks 20m towards the south then took the left turn and walks 10m to reach H’.
• G walks 10m towards south then took left turn and walks 40m to reach G’.
• J walks 15m towards the north then took the right turn and walks 20m to reach J’.
• L walks 30m towards the east then took the right turn and walks 25m to reach L’.

Based on the above-given information we have the final arrangement as follows.

We have,

• G sits 45m left of J.
• The distance between M and G is twice the distance between H and K.G does not sit left of M.

From the above condition, there are two possibilities.

Again we have,

• The distance between J and N is thrice of the distance between H and K.
• The number of persons sits to the left of H is the same as to the right of I.
• The one who sits second to the right of N is sitting immediate right of L.

From the above condition, case2a get eliminated. Case2 shows the final arrangement.

Again we have,

• K walks 20m towards the north then took a left turn and walks 8m to reach K’.
• H walks 20m towards the south then took the left turn and walks 10m to reach H’.
• G walks 10m towards south then took left turn and walks 40m to reach G’.
• J walks 15m towards the north then took the right turn and walks 20m to reach J’.
• L walks 30m towards the east then took the right turn and walks 25m to reach L’.

Based on the above-given information we have the final arrangement as follows.

We have,

• G sits 45m left of J.
• The distance between M and G is twice the distance between H and K.G does not sit left of M.

From the above condition, there are two possibilities.

Again we have,

• The distance between J and N is thrice of the distance between H and K.
• The number of persons sits to the left of H is the same as to the right of I.
• The one who sits second to the right of N is sitting immediate right of L.

From the above condition, case2a get eliminated. Case2 shows the final arrangement.

Again we have,

• K walks 20m towards the north then took a left turn and walks 8m to reach K’.
• H walks 20m towards the south then took the left turn and walks 10m to reach H’.
• G walks 10m towards south then took left turn and walks 40m to reach G’.
• J walks 15m towards the north then took the right turn and walks 20m to reach J’.
• L walks 30m towards the east then took the right turn and walks 25m to reach L’.

Based on the above-given information we have the final arrangement as follows.

Ages: 9, 12, 26, 36, 40, 48, 50, and 97

1. R, who sits opposite to one, who sits adjacent to Q, whose age is 36.

2. U sits opposite W, whose age is 97. T sits immediate right of U.

3. Both U and W face outside the centre.

4. R and W are not adjacent to each other. T age is multiple of 10.

5. Person whose age is a prime number is facing opposite to the centre of the circle.

So, T age is either 40 or 50.

Case 1(a):

Case 1(b):

Case 2(a):

Case 2(b):

6. Now, S age is 26 and is not adjacent to V. V and Q are adjacent to each other and facing the same direction.

7. The one, whose age is 48 sits immediate right of one, whose age is 12.

(V is 12 years old because V is taller than only one person)

8. The person sitting opposite S is elder than him. S and P do not opposite to Q.

So, case 2(a) is rejected. So, 1(b) and 2(b) are rejected.

The final arrangement is shown below,

9. R is taller than W, who is taller than Q. V is taller than only the person, who is sitting opposite to P.

10. T is not taller than the person who is sitting opposite to T. U is taller than P, who is taller than R.

So, S is the shortest person. U is the tallest person. Q is taller than T.

The final arrangement is as follows:

U > P > R > W > Q > T > V > S

Thus, age of V is 12 years old.

Hence, the correct option is (B).

Ages: 9, 12, 26, 36, 40, 48, 50, and 97

1. R, who sits opposite to one, who sits adjacent to Q, whose age is 36.

2. U sits opposite W, whose age is 97. T sits immediate right of U.

3. Both U and W face outside the centre.

4. R and W are not adjacent to each other. T age is multiple of 10.

5. Person whose age is a prime number is facing opposite to the centre of the circle.

So, T age is either 40 or 50.

Case 1(a):

Case 1(b):

Case 2(a):

Case 2(b):

6. Now, S age is 26 and is not adjacent to V. V and Q are adjacent to each other and facing the same direction.

7. The one, whose age is 48 sits immediate right of one, whose age is 12.

(V is 12 years old because V is taller than only one person)

8. The person sitting opposite S is elder than him. S and P do not opposite to Q.

So, case 2(a) is rejected. So, 1(b) and 2(b) are rejected.

The final arrangement is shown below,

9. R is taller than W, who is taller than Q. V is taller than only the person, who is sitting opposite to P.

10. T is not taller than the person who is sitting opposite to T. U is taller than P, who is taller than R.

So, S is the shortest person. U is the tallest person. Q is taller than T.

The final arrangement is as follows:

U > P > R > W > Q > T > V > S

Thus, R sits third to the left of the 2nd tallest person who is P.

Hence, the correct option is (C).

Ages: 9, 12, 26, 36, 40, 48, 50, and 97

1. R, who sits opposite to one, who sits adjacent to Q, whose age is 36.

2. U sits opposite W, whose age is 97. T sits immediate right of U.

3. Both U and W face outside the centre.

4. R and W are not adjacent to each other. T age is multiple of 10.

5. Person whose age is a prime number is facing opposite to the centre of the circle.

So, T age is either 40 or 50.

Case 1(a):

Case 1(b):

Case 2(a):

Case 2(b):

6. Now, S age is 26 and is not adjacent to V. V and Q are adjacent to each other and facing the same direction.

7. The one, whose age is 48 sits immediate right of one, whose age is 12.

(V is 12 years old because V is taller than only one person)

8. The person sitting opposite S is elder than him. S and P do not opposite to Q.

So, case 2(a) is rejected. So, 1(b) and 2(b) are rejected.

The final arrangement is shown below,

9. R is taller than W, who is taller than Q. V is taller than only the person, who is sitting opposite to P.

10. T is not taller than the person who is sitting opposite to T. U is taller than P, who is taller than R.

So, S is the shortest person. U is the tallest person. Q is taller than T.

The final arrangement is as follows:

U > P > R > W > Q > T > V > S

Thus, the difference in the age of T and U is 10.

Hence, the correct option is (B).

Ages: 9, 12, 26, 36, 40, 48, 50, and 97

1. R, who sits opposite to one, who sits adjacent to Q, whose age is 36.

2. U sits opposite W, whose age is 97. T sits immediate right of U.

3. Both U and W face outside the centre.

4. R and W are not adjacent to each other. T age is multiple of 10.

5. Person whose age is a prime number is facing opposite to the centre of the circle.

So, T age is either 40 or 50.

Case 1(a):

Case 1(b):

Case 2(a):

Case 2(b):

6. Now, S age is 26 and is not adjacent to V. V and Q are adjacent to each other and facing the same direction.

7. The one, whose age is 48 sits immediate right of one, whose age is 12.

(V is 12 years old because V is taller than only one person)

8. The person sitting opposite S is elder than him. S and P do not opposite to Q.

So, case 2(a) is rejected. So, 1(b) and 2(b) are rejected.

The final arrangement is shown below,

9. R is taller than W, who is taller than Q. V is taller than only the person, who is sitting opposite to P.

10. T is not taller than the person who is sitting opposite to T. U is taller than P, who is taller than R.

So, S is the shortest person. U is the tallest person. Q is taller than T.

The final arrangement is as follows:

U > P > R > W > Q > T > V > S

Thus, R sits opposite to V.

Hence, the correct option is (C).

Ages: 9, 12, 26, 36, 40, 48, 50, and 97

1. R, who sits opposite to one, who sits adjacent to Q, whose age is 36.

2. U sits opposite W, whose age is 97. T sits immediate right of U.

3. Both U and W face outside the centre.

4. R and W are not adjacent to each other. T age is multiple of 10.

5. Person whose age is a prime number is facing opposite to the centre of the circle.

So, T age is either 40 or 50.

Case 1(a):

Case 1(b):

Case 2(a):

Case 2(b):

6. Now, S age is 26 and is not adjacent to V. V and Q are adjacent to each other and facing the same direction.

7. The one, whose age is 48 sits immediate right of one, whose age is 12.

(V is 12 years old because V is taller than only one person)

8. The person sitting opposite S is elder than him. S and P do not opposite to Q.

So, case 2(a) is rejected. So, 1(b) and 2(b) are rejected.

The final arrangement is shown below,

9. R is taller than W, who is taller than Q. V is taller than only the person, who is sitting opposite to P.

10. T is not taller than the person who is sitting opposite to T. U is taller than P, who is taller than R.

So, S is the shortest person. U is the tallest person. Q is taller than T.

The final arrangement is as follows:

U > P > R > W > Q > T > V > S

Thus, the 4th shortest person is Q, and the third, to the left of Q is R.

Hence, the correct option is (E).

Step 1: Find the difference between the first and the fifth numbers and reverse the digits and continue so on. If the difference is one digit number then make it two digit number for example : 81 - 74 = 7 ( 7 is taken as 07, and its reverse is taken as 70)

Step 2: Add the first two numbers and reduce it to half of its value and continue for the rest of the numbers.

Step 3: The first digit of the first number and the second digit of the second number is added and the second digit of the first number and the first digit of the second number is added and the product of both the results are obtained and so on.

Step 4: The product of the two digits of the first number is added to the product of the two digits of the last number.

Step 1: Find the difference between the first and the fifth numbers and reverse the digits and continue so on. If the difference is one digit number then make it two digit number for example : 81 - 74 = 7 ( 7 is taken as 07, and its reverse is taken as 70)

Step 2: Add the first two numbers and reduce it to half of its value and continue for the rest of the numbers.

Step 3: The first digit of the first number and the second digit of the second number is added and the second digit of the first number and the first digit of the second number is added and the product of both the results are obtained and so on.

Step 4: The product of the two digits of the first number is added to the product of the two digits of the last number.

Step 1: Find the difference between the first and the fifth numbers and reverse the digits and continue so on. If the difference is one digit number then make it two digit number for example: 81 - 74 = 7 ( 7 is taken as 07, and its reverse is taken as 70)

Step 2: Add the first two numbers and reduce it to half of its value and continue for the rest of the numbers.

Step 3: The first digit of the first number and the second digit of the second number is added and the second digit of the first number and the first digit of the second number is added and the product of both the results are obtained and so on.

Step 4: The product of the two digits of the first number is added to the product of the two digits of the last number.

Step 1: Find the difference between the first and the fifth numbers and reverse the digits and continue so on. If the difference is one digit number then make it two digit number for example : 81 - 74 = 7 ( 7 is taken as 07, and its reverse is taken as 70)

Step 2: Add the first two numbers and reduce it to half of its value and continue for the rest of the numbers.

Step 3: The first digit of the first number and the second digit of the second number is added and the second digit of the first number and the first digit of the second number is added and the product of both the results are obtained and so on.

Step 4: The product of the two digits of the first number is added to the product of the two digits of the last number.

Given series:

Q M P N P Q R R O P Q N O P P Q R P M Q R O P Q R P P R R P Q R P

Condition to be checked:

1. PQR occur in such a way that Q is in the middle of P and R

P → Q → R

Q M P N P Q R R O P Q N O P P Q R P M Q R O P Q R P P R R P Q R P

Thus there are only 4 such patterns of (PQR) that are only following the above conditions.

So, the correct answer is '4'.

Hence, the correct option is (C).

As per these statements, there are two possible cases and in CASE I U is an Assistant Manager and in CASE II U is a Probationary Officer and the arrangement will look like this:

STEP II: The one who likes Goa is designated lower to T and the one who likes Leh but as much as higher than P, who likes Shimla. The one who likes Leh is not an Executive Director. The one who likes Goa is terminated by T, who is neither General Manager nor likes Daman.

As per these statements, in CASE I, T is an Executive Director and P is a Clerk, while in CASE II T is an Executive Director and P is an Assistant Manager and the arrangement will look like this:

STEP III: Two persons are designated between R and the one who likes Daman.

As per this statement, in CASE I R likes Leh and in CASE II R likes Coorg and the arrangement will look like this:

STEP IV: R terminates V, who doesn't like Manali.

As per this statement, in CASE I V likes Goa and CASE II will get eliminated because V does not like Manali and the arrangement will look like this:

STEP V: S is not designated higher to V.

As per this statement, S likes Manali and Q likes Coorg and the final arrangement will look like this:

As per these statements, there are two possible cases and in CASE I U is an Assistant Manager and in CASE II U is a Probationary Officer and the arrangement will look like this:

STEP II: The one who likes Goa is designated lower to T and the one who likes Leh but as much as higher than P, who likes Shimla. The one who likes Leh is not an Executive Director. The one who likes Goa is terminated by T, who is neither General Manager nor likes Daman.

As per these statements, in CASE I, T is an Executive Director and P is a Clerk, while in CASE II T is an Executive Director and P is an Assistant Manager and the arrangement will look like this:

STEP III: Two persons are designated between R and the one who likes Daman.

As per this statement, in CASE I R likes Leh and in CASE II R likes Coorg and the arrangement will look like this:

STEP IV: R terminates V, who doesn't like Manali.

As per this statement, in CASE I V likes Goa and CASE II will get eliminated because V does not like Manali and the arrangement will look like this:

STEP V: S is not designated higher to V.

As per this statement, S likes Manali and Q likes Coorg and the final arrangement will look like this:

As per these statements, there are two possible cases and in CASE I U is an Assistant Manager and in CASE II U is a Probationary Officer and the arrangement will look like this:

STEP II: The one who likes Goa is designated lower to T and the one who likes Leh but as much as higher than P, who likes Shimla. The one who likes Leh is not an Executive Director. The one who likes Goa is terminated by T, who is neither General Manager nor likes Daman.

As per these statements, in CASE I, T is an Executive Director and P is a Clerk, while in CASE II T is an Executive Director and P is an Assistant Manager and the arrangement will look like this:

STEP III: Two persons are designated between R and the one who likes Daman.

As per this statement, in CASE I R likes Leh and in CASE II R likes Coorg and the arrangement will look like this:

STEP IV: R terminates V, who doesn't like Manali.

As per this statement, in CASE I V likes Goa and CASE II will get eliminated because V does not like Manali and the arrangement will look like this:

STEP V: S is not designated higher to V.

As per this statement, S likes Manali and Q likes Coorg and the final arrangement will look like this:

As per these statements, there are two possible cases and in CASE I U is an Assistant Manager and in CASE II U is a Probationary Officer and the arrangement will look like this:

STEP II: The one who likes Goa is designated lower to T and the one who likes Leh but as much as higher than P, who likes Shimla. The one who likes Leh is not an Executive Director. The one who likes Goa is terminated by T, who is neither General Manager nor likes Daman.

As per these statements, in CASE I, T is an Executive Director and P is a Clerk, while in CASE II T is an Executive Director and P is an Assistant Manager and the arrangement will look like this:

STEP III: Two persons are designated between R and the one who likes Daman.

As per this statement, in CASE I R likes Leh and in CASE II R likes Coorg and the arrangement will look like this:

STEP IV: R terminates V, who doesn't like Manali.

As per this statement, in CASE I V likes Goa and CASE II will get eliminated because V does not like Manali and the arrangement will look like this:

STEP V: S is not designated higher to V.

As per this statement, S likes Manali and Q likes Coorg and the final arrangement will look like this:

Following the above instructions will lead to the below diagram:

'L @ P # Q @ R; S # R; S % O; N < m;="" n="" @="" o'="" means="" 'l="" is="" 4="" km="" north="" of="" p.="" p="" is="" 3="" km="" east="" of="" q;="" q="" is="" 4="" km="" north="" of="" r.="" s="" is="" 3="" km="" east="" of="" r.="" s="" is="" 3="" km="" west="" of="" o.="" n="" is="" 4="" km="" south="" of="" m.="" n="" is="" 4="" km="" north="" of="" />

Thus, the distance between N and P is 3 km.

Hence, the correct option is (E).

Given

Following the above instructions will lead to the below diagram:

'Z < r;="" v="" %="" x="" @="" y;="" v="" />< w;="" u="" @="" w;="" u="" #="" r'="" means="" 'z="" is="" 4="" km="" south="" of="" r;="" v="" is="" 3="" km="" west="" of="" x,="" x="" is="" 4="" km="" north="" of="" y.="" v="" is="" 4="" km="" south="" of="" w,="" u="" is="" 4km="" north="" of="" w,="" u="" is="" 3="" km="" east="" of="" />

VY² = VX² + XY² = 9 + 16 = 25

VY = 5 km

Hence, the correct option is (D).

'L @ P # Q @ R; S # R; S % O; N < m;="" n="" @="" o'="" means="" 'l="" is="" 4="" km="" north="" of="" p.="" p="" is="" 3="" km="" east="" of="" q;="" q="" is="" 4="" km="" north="" of="" r.="" s="" is="" 3="" km="" east="" of="" r.="" s="" is="" 3="" km="" west="" of="" o.="" n="" is="" 4="" km="" south="" of="" m.="" n="" is="" 4="" km="" north="" of="" />

Following the above instructions will lead to below diagram.

i) L is to the Northeast to N → False (L is to the Northwest of N)

ii) Distance between P and O is 5 km → True (by Pythagoras' theorem)

iii) M is to the Southwest of R → False (M is to the Northeast of R)

Thus, only statement ii) is true.

Hence, the correct option is (C).

Following the above instructions will lead to the below diagram:

'Z < r;="" v="" %="" x="" @="" y;="" v="" />< w;="" u="" @="" w;="" u="" #="" r'="" means="" 'z="" is="" 4="" km="" south="" of="" r;="" v="" is="" 3="" km="" west="" of="" x,="" x="" is="" 4="" km="" north="" of="" y.="" v="" is="" 4="" km="" south="" of="" w,="" u="" is="" 4km="" north="" of="" w,="" u="" is="" 3="" km="" east="" of="" />

Thus, the direction of X with respect to Z is South East.

Hence, the correct option is (E).

'L @ P # Q @ R; S # R; S % O; N < m;="" n="" @="" o'="" means="" 'l="" is="" 4="" km="" north="" of="" p.="" p="" is="" 3="" km="" east="" of="" q;="" q="" is="" 4="" km="" north="" of="" r.="" s="" is="" 3="" km="" east="" of="" r.="" s="" is="" 3="" km="" west="" of="" o.="" n="" is="" 4="" km="" south="" of="" m.="" n="" is="" 4="" km="" north="" of="" />

Following the above instructions will lead to below diagram.

i) L is to the Northeast to N → False (L is to the Northwest of N)

ii) Distance between P and O is 5 km → True (by Pythagoras' theorem)

iii) M is to the Southwest of R → False (M is to the Northeast of R)

Thus, the direction of N with respect to Q is East.

Hence, the correct option is (E).

Either L or O likes Coffee flavor.

From the above condition, there are two possibilities

Again we have,

Neither P nor Q likes Cadbury cookies and Mint flavor.

The one who likes Parle-G is also like Mint flavor ice cream.

O and K like Britannia cookies and Chocolate ice cream respectively.

The one who likes Cadbury neither Chocolate nor Coffee ice cream.

J does not like Parle-G.

Neither N nor L likes Cadbury.

From the above condition, there are three possibilities.

Again we have,

The one who likes Pistachio flavor is neither like Kwality nor Cadbury.

Either L or Q likes Butter Pecan.

The one who likes Britannia is either likes Coffee or Vanilla flavor.

The one who likes Caramel does not like Cadbury.

Either P or K likes Horlicks.

Neither the one who likes chocolate nor the one who likes Caramel is like Horlicks cookies.

Neither the one who likes Butter pecan nor the one who likes Caramel is like Sunfeast.

The one who likes Butter pecan does not like Anmol.

Neither L nor Q likes Anmol

Q doesn’t like Pistachio.

From the above condition, case1 and case2a get eliminated. Case2 shows the final arrangement.

Either L or O likes Coffee flavor.

From the above condition, there are two possibilities

Again we have,

Neither P nor Q likes Cadbury cookies and Mint flavor.

The one who likes Parle-G is also like Mint flavor ice cream.

O and K like Britannia cookies and Chocolate ice cream respectively.

The one who likes Cadbury neither Chocolate nor Coffee ice cream.

J does not like Parle-G.

Neither N nor L likes Cadbury.

From the above condition, there are three possibilities.

Again we have,

The one who likes Pistachio flavor is neither like Kwality nor Cadbury.

Either L or Q likes Butter Pecan.

The one who likes Britannia is either likes Coffee or Vanilla flavor.

The one who likes Caramel does not like Cadbury.

Either P or K likes Horlicks.

Neither the one who likes chocolate nor the one who likes Caramel is like Horlicks cookies.

Neither the one who likes Butter pecan nor the one who likes Caramel is like Sunfeast.

The one who likes Butter pecan does not like Anmol.

Neither L nor Q likes Anmol

Q doesn’t like Pistachio.

From the above condition, case1 and case2a get eliminated. Case2 shows the final arrangement.