SBI PO Mains Mock Test - 9 - Bank Exams MCQ
30 Questions MCQ Test Mock Tests for Banking Exams 2024 - SBI PO Mains Mock Test - 9
Directions: Study the following information carefully and answer the questions given below.
Twelve houses are in two horizontal lanes parallel to each other with three houses on both sides of each lane. Thus, six houses are there on each lane. The two lanes are lane I and lane II such that lane I is to the north of lane II. Each lane is 120ft long. The front wall (which has only the entrance door) of no two houses is of the same height which is between 23 and 41ft. No space is left on the ends of both lanes. The houses are O, P, Q, R, S, T, U, V, W, X, Y and Z.
Note: If A faces B, then both of them are on the same lane. If house A in lane I which faces north and house B in lane II which faces south have a common back wall, i.e., they are exactly behind each other, then they are on different lanes.
Each house is separated from another at a certain distance i.e., in lane I, each house is 9ft apart whereas in lane II, each house is 10ft apart. House T has a common back wall with the house whose front wall is 28ft height, which is not in lane I. No house is to the right or behind the house whose front wall is 36ft height, which faces north. House O is to the immediate left of the house whose front wall is 36ft height and behind the house whose front wall is 37ft height. House R, whose front wall is 38ft height, faces the house whose front wall is 31ft height and is to the second right of house U but is not facing north. House V faces house R but not on the same lane whereas house V is to the immediate left of the house whose front wall is 35ft height. The house whose front wall is 40ft height is behind the house whose front wall is 28ft height and faces towards the house which is to the immediate left of house Q on the same lane. House X, whose front wall is 31ft height, is exactly behind house P, which is to the immediate right of house W. House Y faces the house whose front wall is the second highest whereas the height of house S is not an even number.
Q. What is the height of the front wall of house Z?
Directions: Study the following information carefully and answer the questions given below.
Twelve houses are in two horizontal lanes parallel to each other with three houses on both sides of each lane. Thus, six houses are there on each lane. The two lanes are lane I and lane II such that lane I is to the north of lane II. Each lane is 120ft long. The front wall (which has only the entrance door) of no two houses is of the same height which is between 23 and 41ft. No space is left on the ends of both lanes. The houses are O, P, Q, R, S, T, U, V, W, X, Y and Z.
Note: If A faces B, then both of them are on the same lane. If house A in lane I which faces north and house B in lane II which faces south have a common back wall, i.e., they are exactly behind each other, then they are on different lanes.
Each house is separated from another at a certain distance i.e., in lane I, each house is 9ft apart whereas in lane II, each house is 10ft apart. House T has a common back wall with the house whose front wall is 28ft height, which is not in lane I. No house is to the right or behind the house whose front wall is 36ft height, which faces north. House O is to the immediate left of the house whose front wall is 36ft height and behind the house whose front wall is 37ft height. House R, whose front wall is 38ft height, faces the house whose front wall is 31ft height and is to the second right of house U but is not facing north. House V faces house R but not on the same lane whereas house V is to the immediate left of the house whose front wall is 35ft height. The house whose front wall is 40ft height is behind the house whose front wall is 28ft height and faces towards the house which is to the immediate left of house Q on the same lane. House X, whose front wall is 31ft height, is exactly behind house P, which is to the immediate right of house W. House Y faces the house whose front wall is the second highest whereas the height of house S is not an even number.
Q. What is the approximate average of the heights of the front wall of the houses facing south?
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Directions: Study the following information carefully and answer the questions given below.
Twelve houses are in two horizontal lanes parallel to each other with three houses on both sides of each lane. Thus, six houses are there on each lane. The two lanes are lane I and lane II such that lane I is to the north of lane II. Each lane is 120ft long. The front wall (which has only the entrance door) of no two houses is of the same height which is between 23 and 41ft. No space is left on the ends of both lanes. The houses are O, P, Q, R, S, T, U, V, W, X, Y and Z.
Note: If A faces B, then both of them are on the same lane. If house A in lane I which faces north and house B in lane II which faces south have a common back wall, i.e., they are exactly behind each other, then they are on different lanes.
Each house is separated from another at a certain distance i.e., in lane I, each house is 9ft apart whereas in lane II, each house is 10ft apart. House T has a common back wall with the house whose front wall is 28ft height, which is not in lane I. No house is to the right or behind the house whose front wall is 36ft height, which faces north. House O is to the immediate left of the house whose front wall is 36ft height and behind the house whose front wall is 37ft height. House R, whose front wall is 38ft height, faces the house whose front wall is 31ft height and is to the second right of house U but is not facing north. House V faces house R but not on the same lane whereas house V is to the immediate left of the house whose front wall is 35ft height. The house whose front wall is 40ft height is behind the house whose front wall is 28ft height and faces towards the house which is to the immediate left of house Q on the same lane. House X, whose front wall is 31ft height, is exactly behind house P, which is to the immediate right of house W. House Y faces the house whose front wall is the second highest whereas the height of house S is not an even number.
Q. Which of the following statement is/are true with respect to the final arrangement?
Directions: Study the following information carefully and answer the questions given below.
Twelve houses are in two horizontal lanes parallel to each other with three houses on both sides of each lane. Thus, six houses are there on each lane. The two lanes are lane I and lane II such that lane I is to the north of lane II. Each lane is 120ft long. The front wall (which has only the entrance door) of no two houses is of the same height which is between 23 and 41ft. No space is left on the ends of both lanes. The houses are O, P, Q, R, S, T, U, V, W, X, Y and Z.
Note: If A faces B, then both of them are on the same lane. If house A in lane I which faces north and house B in lane II which faces south have a common back wall, i.e., they are exactly behind each other, then they are on different lanes.
Each house is separated from another at a certain distance i.e., in lane I, each house is 9ft apart whereas in lane II, each house is 10ft apart. House T has a common back wall with the house whose front wall is 28ft height, which is not in lane I. No house is to the right or behind the house whose front wall is 36ft height, which faces north. House O is to the immediate left of the house whose front wall is 36ft height and behind the house whose front wall is 37ft height. House R, whose front wall is 38ft height, faces the house whose front wall is 31ft height and is to the second right of house U but is not facing north. House V faces house R but not on the same lane whereas house V is to the immediate left of the house whose front wall is 35ft height. The house whose front wall is 40ft height is behind the house whose front wall is 28ft height and faces towards the house which is to the immediate left of house Q on the same lane. House X, whose front wall is 31ft height, is exactly behind house P, which is to the immediate right of house W. House Y faces the house whose front wall is the second highest whereas the height of house S is not an even number.
Q. Four of the following five are alike in a certain way and hence form a group. Find the one that doesn’t belong to that group.
Directions: Read the information given below and answer the question that follows.
Nine persons (M), (N), (O), (P), (Q), (R), (S), (T) and (U) are sitting around the circular table such that all are facing away from the center. Each of them has different number of hats among 8, 10, 17, 20, 25, 27, 34, 36 and 45. No two persons having odd number of hats are adjacent to each other. Only one pair is sitting opposite to each other.
(N) sits third to the right of one, who has hats in the multiple of 4. (T) sits third to the left of (P). (N) sits fourth to the right of the one, who has prime number of hats. Sum of number of hats of (U) and (R) is equal to number of hats of (O). (T) has two hats lesser than that of (N). (S) has lesser number of hats than (N) and (T). Persons adjacent to (P) do not have prime number of hats. (S) neither have even number of hats nor have a number which is a perfect square. (P) sits second to the right of one, who has 36 hats. (O) sits adjacent to one, who has 34 hats. (S) sits second to the left of (Q), who is adjacent to (M). (Q) has a greater number of hats than (S). (M) is not adjacent to (R).
Q. (O) has _____ hats.
Directions: Read the information given below and answer the question that follows.
Nine persons (M), (N), (O), (P), (Q), (R), (S), (T) and (U) are sitting around the circular table such that all are facing away from the center. Each of them has different number of hats among 8, 10, 17, 20, 25, 27, 34, 36 and 45. No two persons having odd number of hats are adjacent to each other. Only one pair is sitting opposite to each other.
(N) sits third to the right of one, who has hats in the multiple of 4. (T) sits third to the left of (P). (N) sits fourth to the right of the one, who has prime number of hats. Sum of number of hats of (U) and (R) is equal to number of hats of (O). (T) has two hats lesser than that of (N). (S) has lesser number of hats than (N) and (T). Persons adjacent to (P) do not have prime number of hats. (S) neither have even number of hats nor have a number which is a perfect square. (P) sits second to the right of one, who has 36 hats. (O) sits adjacent to one, who has 34 hats. (S) sits second to the left of (Q), who is adjacent to (M). (Q) has a greater number of hats than (S). (M) is not adjacent to (R).
Q. Who among the following has maximum number of hats?
Directions: Read the information given below and answer the question that follows.
Nine persons (M), (N), (O), (P), (Q), (R), (S), (T) and (U) are sitting around the circular table such that all are facing away from the center. Each of them has different number of hats among 8, 10, 17, 20, 25, 27, 34, 36 and 45. No two persons having odd number of hats are adjacent to each other. Only one pair is sitting opposite to each other.
(N) sits third to the right of one, who has hats in the multiple of 4. (T) sits third to the left of (P). (N) sits fourth to the right of the one, who has prime number of hats. Sum of number of hats of (U) and (R) is equal to number of hats of (O). (T) has two hats lesser than that of (N). (S) has lesser number of hats than (N) and (T). Persons adjacent to (P) do not have prime number of hats. (S) neither have even number of hats nor have a number which is a perfect square. (P) sits second to the right of one, who has 36 hats. (O) sits adjacent to one, who has 34 hats. (S) sits second to the left of (Q), who is adjacent to (M). (Q) has a greater number of hats than (S). (M) is not adjacent to (R).
Q. Who sits second to the right of (Q)?
Directions: Read the information given below and answer the question that follows.
Nine persons (M), (N), (O), (P), (Q), (R), (S), (T) and (U) are sitting around the circular table such that all are facing away from the center. Each of them has different number of hats among 8, 10, 17, 20, 25, 27, 34, 36 and 45. No two persons having odd number of hats are adjacent to each other. Only one pair is sitting opposite to each other.
(N) sits third to the right of one, who has hats in the multiple of 4. (T) sits third to the left of (P). (N) sits fourth to the right of the one, who has prime number of hats. Sum of number of hats of (U) and (R) is equal to number of hats of (O). (T) has two hats lesser than that of (N). (S) has lesser number of hats than (N) and (T). Persons adjacent to (P) do not have prime number of hats. (S) neither have even number of hats nor have a number which is a perfect square. (P) sits second to the right of one, who has 36 hats. (O) sits adjacent to one, who has 34 hats. (S) sits second to the left of (Q), who is adjacent to (M). (Q) has a greater number of hats than (S). (M) is not adjacent to (R).
Q. What is the absolute difference in the number of hats of (M) and (P)?
Directions: Below in question, there are given some statements (I) and (II). These statements may be either independent causes or may be effects of independent causes or of a common cause. One of these statements may be the effect of the other statement. Read both the statements and decide which of the following answer choices correctly depicts the relationship between these two statements.
Statement :
(I) The Sarva Shiksha Abhiyan (SSA) is a flagship program for the children to get Universal Elementary Education (UEE). This program covers the entire country and works in partnership with local and state governments.
(II) There is a need to provide an opportunity for improving human capabilities to all children even to those belonging to the socially disadvantaged class (2014) through provision of community -owned quality education in a mission mode.
Statement: In the backdrop of Maruti Suzuki share touching the milestone of ₹ 10,000 and questions on whether the company would consider a ‘stock split’ to make it more affordable for small retail investors, chairman R C Bhargava said he personally was not in favor of such a move as there was no lack of buyers at the current price.
Q. Which of the following assumption(s) is implicit?
Assumptions:
I. The share value of Maruti Suzuki is rising.
II. ₹ 10,000 share price is not affordable for small retail investors.
III. Many people are buying the shares of Maruti Suzuki.
Statement: The annual requirement of blood in our country is 6 million units whereas the generation is only 3.5 million units per annum at present.
Courses of action:
I. Blood donors should be attracted by telling them how the act of donating blood would improve their health.
II. Blood donors should be attracted by providing them monetary incentives.
III. More and more private blood banks should be encouraged.
Directions: Study the following information carefully and answer the given questions:
Gomez, Peter, Jack, Mike, Micky and James, who represents six different Colleges – UIT, DBIT, JBIT, UPES, DIT and HIT – are sitting at a circular table, not necessarily in the given order, facing the centre. Each man is wearing a shirt of different brand among Levis, Louis Philippe, Van Heusen, Tommy Hilfiger, Blackberry and Johns Player, again in no particular order.
(i) The UIT’s representative is wearing neither a Johns Player nor a Tommy Hilfiger shirt.
(ii) The DBIT’s representative is not wearing a Johns Player shirt.
(iii) Peter is neither from UPES nor wearing a Van Heusen shirt.
(iv) The only person sitting between Micky and James is wearing a Louis Philippe shirt.
(v) James is wearing a Levis shirt and he is sitting to the immediate left of the person who is wearing a Van Heusen shirt.
(vi) The person in John Player shirt is sitting at a position diametrically opposite that of the representative of HIT.
(vii) JBIT’s representative is sitting to the immediate left of the person who is wearing a Tommy Hilfiger shirt.
(viii) The person wearing a Levis shirt is sitting to the immediate right of UPES’s representative.
(ix) Mike is wearing a Blackberry shirt and he is from JBIT. He is sitting at a position diametrically opposite that of person in Louis Philippe shirt.
(x) Gomez is not wearing a Van Heusen shirt.
Q. Who amongst the following represents UPES?
Directions: Study the following information carefully and answer the given questions:
Gomez, Peter, Jack, Mike, Micky and James, who represents six different Colleges – UIT, DBIT, JBIT, UPES, DIT and HIT – are sitting at a circular table, not necessarily in the given order, facing the centre. Each man is wearing a shirt of different brand among Levis, Louis Philippe, Van Heusen, Tommy Hilfiger, Blackberry and Johns Player, again in no particular order.
(i) The UIT’s representative is wearing neither a Johns Player nor a Tommy Hilfiger shirt.
(ii) The DBIT’s representative is not wearing a Johns Player shirt.
(iii) Peter is neither from UPES nor wearing a Van Heusen shirt.
(iv) The only person sitting between Micky and James is wearing a Louis Philippe shirt.
(v) James is wearing a Levis shirt and he is sitting to the immediate left of the person who is wearing a Van Heusen shirt.
(vi) The person in John Player shirt is sitting at a position diametrically opposite that of the representative of HIT.
(vii) JBIT’s representative is sitting to the immediate left of the person who is wearing a Tommy Hilfiger shirt.
(viii) The person wearing a Levis shirt is sitting to the immediate right of UPES’s representative.
(ix) Mike is wearing a Blackberry shirt and he is from JBIT. He is sitting at a position diametrically opposite that of person in Louis Philippe shirt.
(x) Gomez is not wearing a Van Heusen shirt.
Q. Who amongst the following is wearing Johns Player’s shirt?
Directions: Study the following information carefully and answer the given questions:
Gomez, Peter, Jack, Mike, Micky and James, who represents six different Colleges – UIT, DBIT, JBIT, UPES, DIT and HIT – are sitting at a circular table, not necessarily in the given order, facing the centre. Each man is wearing a shirt of different brand among Levis, Louis Philippe, Van Heusen, Tommy Hilfiger, Blackberry and Johns Player, again in no particular order.
(i) The UIT’s representative is wearing neither a Johns Player nor a Tommy Hilfiger shirt.
(ii) The DBIT’s representative is not wearing a Johns Player shirt.
(iii) Peter is neither from UPES nor wearing a Van Heusen shirt.
(iv) The only person sitting between Micky and James is wearing a Louis Philippe shirt.
(v) James is wearing a Levis shirt and he is sitting to the immediate left of the person who is wearing a Van Heusen shirt.
(vi) The person in John Player shirt is sitting at a position diametrically opposite that of the representative of HIT.
(vii) JBIT’s representative is sitting to the immediate left of the person who is wearing a Tommy Hilfiger shirt.
(viii) The person wearing a Levis shirt is sitting to the immediate right of UPES’s representative.
(ix) Mike is wearing a Blackberry shirt and he is from JBIT. He is sitting at a position diametrically opposite that of person in Louis Philippe shirt.
(x) Gomez is not wearing a Van Heusen shirt.
Q. Who amongst the following person is sitting immediate left of the person who is wearing a Tommy Hilfiger shirt?
Directions: Study the following information carefully and answer the given questions:
Gomez, Peter, Jack, Mike, Micky and James, who represents six different Colleges – UIT, DBIT, JBIT, UPES, DIT and HIT – are sitting at a circular table, not necessarily in the given order, facing the centre. Each man is wearing a shirt of different brand among Levis, Louis Philippe, Van Heusen, Tommy Hilfiger, Blackberry and Johns Player, again in no particular order.
(i) The UIT’s representative is wearing neither a Johns Player nor a Tommy Hilfiger shirt.
(ii) The DBIT’s representative is not wearing a Johns Player shirt.
(iii) Peter is neither from UPES nor wearing a Van Heusen shirt.
(iv) The only person sitting between Micky and James is wearing a Louis Philippe shirt.
(v) James is wearing a Levis shirt and he is sitting to the immediate left of the person who is wearing a Van Heusen shirt.
(vi) The person in John Player shirt is sitting at a position diametrically opposite that of the representative of HIT.
(vii) JBIT’s representative is sitting to the immediate left of the person who is wearing a Tommy Hilfiger shirt.
(viii) The person wearing a Levis shirt is sitting to the immediate right of UPES’s representative.
(ix) Mike is wearing a Blackberry shirt and he is from JBIT. He is sitting at a position diametrically opposite that of person in Louis Philippe shirt.
(x) Gomez is not wearing a Van Heusen shirt.
Q. What is the position of the person who is wearing Van Heusen with respect to Peter?
Directions: Study the following information carefully and answer the given questions:
Gomez, Peter, Jack, Mike, Micky and James, who represents six different Colleges – UIT, DBIT, JBIT, UPES, DIT and HIT – are sitting at a circular table, not necessarily in the given order, facing the centre. Each man is wearing a shirt of different brand among Levis, Louis Philippe, Van Heusen, Tommy Hilfiger, Blackberry and Johns Player, again in no particular order.
(i) The UIT’s representative is wearing neither a Johns Player nor a Tommy Hilfiger shirt.
(ii) The DBIT’s representative is not wearing a Johns Player shirt.
(iii) Peter is neither from UPES nor wearing a Van Heusen shirt.
(iv) The only person sitting between Micky and James is wearing a Louis Philippe shirt.
(v) James is wearing a Levis shirt and he is sitting to the immediate left of the person who is wearing a Van Heusen shirt.
(vi) The person in John Player shirt is sitting at a position diametrically opposite that of the representative of HIT.
(vii) JBIT’s representative is sitting to the immediate left of the person who is wearing a Tommy Hilfiger shirt.
(viii) The person wearing a Levis shirt is sitting to the immediate right of UPES’s representative.
(ix) Mike is wearing a Blackberry shirt and he is from JBIT. He is sitting at a position diametrically opposite that of person in Louis Philippe shirt.
(x) Gomez is not wearing a Van Heusen shirt.
Q. UIT’S representative is wearing which brands shirt?
Directions: Some statements are followed by some conclusions in each option. Study the following information carefully and answer the questions which satisfy the given statements.
'A&B' denotes 'Some A are B'
'A#B' denotes 'All A are B'
'A%B' denotes 'No A is B'
'A@B' denotes 'Only a few A are B'
'A$B' denotes 'Only A are B'
'A*B' denotes 'Some A are not B'
'?' denotes possibility
Statements:
Cream @ Shakes # Drinks % Cake & Biscuit; Cake $ Pie
Directions: Some statements are followed by some conclusions in each option. Study the following information carefully and answer the questions which satisfy the given statements.
'A&B' denotes 'Some A are B'
'A#B' denotes 'All A are B'
'A%B' denotes 'No A is B'
'A@B' denotes 'Only a few A are B'
'A$B' denotes 'Only A are B'
'A*B' denotes 'Some A are not B'
'?' denotes possibility
Statements:
Detail # Modified @ Systemic % Process * Schedule & Remind
Directions: Some statements are followed by some conclusions in each option. Study the following information carefully and answer the questions which satisfy the given statements.
'A&B' denotes 'Some A are B'
'A#B' denotes 'All A are B'
'A%B' denotes 'No A is B'
'A@B' denotes 'Only a few A are B'
'A$B' denotes 'Only A are B'
'A*B' denotes 'Some A are not B'
'?' denotes possibility
Statements:
Lotion $ Syrup; Lotion * Tonic @ Drugs # Tablet & Dose
Directions: Study the following information carefully and answer the questions given below.
There are seven climates viz. Cloudy, Frost, Rainy, Snow, Stormy, Sunny and Windy in seven different days starting from Sunday to Saturday of the same week, but not necessarily in the same order. Each day the temperature varies which is an even number between 20° and 35°.
The day which is in Cloudy climate is three days before the day with 32° temperature. The first day of the week is not Cloudy. The number of days after the day which is Cloudy is one more than the number of days before the day which is in Windy. The temperature of the day which is immediately before the Windy day is the highest among all. Only two days are there between the day with the highest temperature and the Stormy day. The number of days between the Stormy and the Windy day is the same as between the Cloudy day and the day with 28° temperature. The day immediately after the day with the median of all the temperature is Snow. The number of days after the Snow day is the same as before the day with 24° temperature. Two days after the day with 24° temperature is immediately higher temperature than that day. None of the days are Rainy before the Frost day. The difference between the temperature of the Sunny day and the Snow day is the maximum among all, where Sunny day has more temperature than Snow day.
Q. What is the temperature on the Frost day?
Directions: Study the following information carefully and answer the questions given below.
There are seven climates viz. Cloudy, Frost, Rainy, Snow, Stormy, Sunny and Windy in seven different days starting from Sunday to Saturday of the same week, but not necessarily in the same order. Each day the temperature varies which is an even number between 20° and 35°.
The day which is in Cloudy climate is three days before the day with 32° temperature. The first day of the week is not Cloudy. The number of days after the day which is Cloudy is one more than the number of days before the day which is in Windy. The temperature of the day which is immediately before the Windy day is the highest among all. Only two days are there between the day with the highest temperature and the Stormy day. The number of days between the Stormy and the Windy day is the same as between the Cloudy day and the day with 28° temperature. The day immediately after the day with the median of all the temperature is Snow. The number of days after the Snow day is the same as before the day with 24° temperature. Two days after the day with 24° temperature is immediately higher temperature than that day. None of the days are Rainy before the Frost day. The difference between the temperature of the Sunny day and the Snow day is the maximum among all, where Sunny day has more temperature than Snow day.
Q. What is the approximate average of the temperatures between Tuesday and Saturday?
Directions: Study the following information carefully and answer the questions given below.
There are seven climates viz. Cloudy, Frost, Rainy, Snow, Stormy, Sunny and Windy in seven different days starting from Sunday to Saturday of the same week, but not necessarily in the same order. Each day the temperature varies which is an even number between 20° and 35°.
The day which is in Cloudy climate is three days before the day with 32° temperature. The first day of the week is not Cloudy. The number of days after the day which is Cloudy is one more than the number of days before the day which is in Windy. The temperature of the day which is immediately before the Windy day is the highest among all. Only two days are there between the day with the highest temperature and the Stormy day. The number of days between the Stormy and the Windy day is the same as between the Cloudy day and the day with 28° temperature. The day immediately after the day with the median of all the temperature is Snow. The number of days after the Snow day is the same as before the day with 24° temperature. Two days after the day with 24° temperature is immediately higher temperature than that day. None of the days are Rainy before the Frost day. The difference between the temperature of the Sunny day and the Snow day is the maximum among all, where Sunny day has more temperature than Snow day.
Q. Which of the following climate is on the third day of the week?
Directions: Study the following information carefully and answer the questions given below.
There are seven climates viz. Cloudy, Frost, Rainy, Snow, Stormy, Sunny and Windy in seven different days starting from Sunday to Saturday of the same week, but not necessarily in the same order. Each day the temperature varies which is an even number between 20° and 35°.
The day which is in Cloudy climate is three days before the day with 32° temperature. The first day of the week is not Cloudy. The number of days after the day which is Cloudy is one more than the number of days before the day which is in Windy. The temperature of the day which is immediately before the Windy day is the highest among all. Only two days are there between the day with the highest temperature and the Stormy day. The number of days between the Stormy and the Windy day is the same as between the Cloudy day and the day with 28° temperature. The day immediately after the day with the median of all the temperature is Snow. The number of days after the Snow day is the same as before the day with 24° temperature. Two days after the day with 24° temperature is immediately higher temperature than that day. None of the days are Rainy before the Frost day. The difference between the temperature of the Sunny day and the Snow day is the maximum among all, where Sunny day has more temperature than Snow day.
Q. Which of the following day is the three days after the Stormy day?
Directions: Read the information given below and answer the question that follows.
“A % B means, A is brother of B”, “A & B means, A is father of B”, “A * B means, A is sister of B”, “A ? B means, A is wife of B”, “A # B means, A is husband of B”, “A ^ B means, A is son of B”, “A + B means, A is daughter of B”, “A @ B means, A is mother of B”.
Expression: X*P+Q?S%M?W, T#R@U*Q
Q. What do the symbols ‘Ω’ and ‘©’ means in ‘Q Ω W © X’ according to above relation?
Directions: Read the information given below and answer the question that follows.
“A % B means, A is brother of B”, “A & B means, A is father of B”, “A * B means, A is sister of B”, “A ? B means, A is wife of B”, “A # B means, A is husband of B”, “A ^ B means, A is son of B”, “A + B means, A is daughter of B”, “A @ B means, A is mother of B”.
Expression: X*P+Q?S%M?W, T#R@U*Q
Q. How is X related to T?
Directions: Study the following information carefully and answer the question:
In the question below three phrase are given, then some coding is done in each step I, step II, step III and in the last step the final answer is given. You have to consider all the steps in mind and find out the answer of the following phrases.
Phrases:
1. Mark the option given correctly
2. Give their books and notebook
3. Whomsoever called him there yesterday
Q. What is the step III of the phrase “Give their books and notebook”?
Directions: Study the following information carefully and answer the question:
In the question below three phrase are given, then some coding is done in each step I, step II, step III and in the last step the final answer is given. You have to consider all the steps in mind and find out the answer of the following phrases.
Phrases:
1. Mark the option given correctly
2. Give their books and notebook
3. Whomsoever called him there yesterday
Q. Which step will be this “iv5 rt4 sb4 da2 eb9” of the given phrase “Give their books and notebook”?
Directions: Study the following information carefully and answer the question:
In the question below three phrase are given, then some coding is done in each step I, step II, step III and in the last step the final answer is given. You have to consider all the steps in mind and find out the answer of the following phrases.
Phrases:
1. Mark the option given correctly
2. Give their books and notebook
3. Whomsoever called him there yesterday
Q. What will the step I of the given phrase “Whomsoever called him there yesterday”?
Directions: Study the following information carefully and answer the question:
In the question below three phrase are given, then some coding is done in each step I, step II, step III and in the last step the final answer is given. You have to consider all the steps in mind and find out the answer of the following phrases.
Phrases:
1. Mark the option given correctly
2. Give their books and notebook
3. Whomsoever called him there yesterday
Q. In the given phrase “Whomsoever called him there yesterday”, the code “mh2*” is derived from which of the following word?
Directions: Study the following information carefully and answer the questions given below.
In a certain code language,
The consonants up to M are coded with the first four even numbers i.e., B = 2, C = 4 and so on (After 8, start the numbering from 2 again). The consonants from N to Z are coded with the first five odd numbers i.e., N = 1, P = 3 and so on (After 9, start the numbering from 1 again). The vowels A, E, I, O and U are coded as &, @, #, % and $ respectively.
The codes are written from the left end to the right end. If two or more condition is applicable, then consider all the conditions.
Condition 1: If the first and the last letters are vowels, then the code for each vowel is changed to the code for the immediate next vowel. (For example: ATTENTIVE - @11#11%3#)
Condition 2: If the second letter of the word is a vowel, then the code of that vowel is changed to the corresponding code and the remaining vowels will be coded as ‘^’. (For example: CONFIDENCE – 4%18^6^14^)
Condition 3: If the first three letters of the word is a consonant, then all the consonants of the word will be coded as the code for the letter which appears second succeeding letter in the alphabetical series. (i.e., the code for ‘B’ is the code for ‘D’ and the code for ‘C’ is the code for ‘E’ and so on, after Z start with A again)
Condition 4: If the first and the last letters are consonants, then the code for both the consonants are to be interchanged and the rest of the consonants are coded as the code for the immediate previous letter in the alphabetical series. (For example, the code for ‘B’ will be coded with the code for ‘A’ and so on, before A start with Z again).
Condition 5: If in the word, none of the above conditions follow, then all the letters are coded as the corresponding code and then reverse the entire code.
Note:
1. If conditions 2 or 3 and 1 follows, then give first priority to condition 1 and then condition 2 or 3.
2. If conditions 2 or 3 and 4 follows, then give first priority to condition 4 and then condition 2 or 3.
3. If more than two conditions follow between conditions 1 to 4, then all the conditions are proceeded in the ascending order i.e., from 1 to 4.
Q. What is the code for the phrase ‘TECHNICAL ANALYSIS’ using the given conditions?
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