RBI Assistant Mains MBT 2022 (Previous Year Paper)

Persons: Anu, Banu, Charu, Devi, Emil, Femi, Gargi, Hasni and Isha.

Years: 1980, 1983, 1986, 1990, 1994, 1996, 1998, 2000 and 2004.

Base year: 2023

1. Anu is 33 years old.

2.Banu is ten years younger than Anu. So, her age is 23.

3. Only one person was born in between Anu and Emil.  4. There is the difference of two years in between the age of Banu and Gargi.  5. Femi is the youngest of all.

6. No one was born in between Emil and Devi.

7. Hasni is elder than Anu but she is not the eldest.

 So, Case 1b is invalid.

8.  There is the difference of more than two years in between the age of Charu and Isha. 9. Charu is elder than Isha who was not born in the odd numbered year. So, Case 1a is invalid.

The final arrangement is,

Hence, Hasni is 40 years old.

Persons: Anu, Banu, Charu, Devi, Emil, Femi, Gargi, Hasni and Isha.

Years: 1980, 1983, 1986, 1990, 1994, 1996, 1998, 2000 and 2004.

Base year: 2023

1. Anu is 33 years old.

2.Banu is ten years younger than Anu. So, her age is 23.

3. Only one person was born in between Anu and Emil.  4. There is the difference of two years in between the age of Banu and Gargi.  5. Femi is the youngest of all.

6. No one was born in between Emil and Devi.

7. Hasni is elder than Anu but she is not the eldest.

 So, Case 1b is invalid.

8.  There is the difference of more than two years in between the age of Charu and Isha. 9. Charu is elder than Isha who was not born in the odd numbered year. So, Case 1a is invalid.

The final arrangement is,

Isha, Anu, Emil, Femi are born in even number year whereas Hasni was born in odd numbered year.

Hence, Hasni is the odd one out.

Persons: Anu, Banu, Charu, Devi, Emil, Femi, Gargi, Hasni and Isha.

Years: 1980, 1983, 1986, 1990, 1994, 1996, 1998, 2000 and 2004.

Base year: 2023

1. Anu is 33 years old.

2.Banu is ten years younger than Anu. So, her age is 23.

3. Only one person was born in between Anu and Emil.  4. There is the difference of two years in between the age of Banu and Gargi.  5. Femi is the youngest of all.

6. No one was born in between Emil and Devi.

7. Hasni is elder than Anu but she is not the eldest.

 So, Case 1b is invalid.

8.  There is the difference of more than two years in between the age of Charu and Isha. 9. Charu is elder than Isha who was not born in the odd numbered year. So, Case 1a is invalid.

The final arrangement is,

Hence, all the combinations are true.

Persons: Anu, Banu, Charu, Devi, Emil, Femi, Gargi, Hasni and Isha.

Years: 1980, 1983, 1986, 1990, 1994, 1996, 1998, 2000 and 2004.

Base year: 2023

1. Anu is 33 years old.

2.Banu is ten years younger than Anu. So, her age is 23.

3. Only one person was born in between Anu and Emil.  4. There is the difference of two years in between the age of Banu and Gargi.  5. Femi is the youngest of all.

6. No one was born in between Emil and Devi.

7. Hasni is elder than Anu but she is not the eldest.

 So, Case 1b is invalid.

8.  There is the difference of more than two years in between the age of Charu and Isha. 9. Charu is elder than Isha who was not born in the odd numbered year. So, Case 1a is invalid.

The final arrangement is,

Hence, Devi was born in 1994.

Persons: Anu, Banu, Charu, Devi, Emil, Femi, Gargi, Hasni and Isha.

Years: 1980, 1983, 1986, 1990, 1994, 1996, 1998, 2000 and 2004.

Base year: 2023

1. Anu is 33 years old.

2.Banu is ten years younger than Anu. So, her age is 23.

3. Only one person was born in between Anu and Emil.  4. There is the difference of two years in between the age of Banu and Gargi.  5. Femi is the youngest of all.

6. No one was born in between Emil and Devi.

7. Hasni is elder than Anu but she is not the eldest.

 So, Case 1b is invalid.

8.  There is the difference of more than two years in between the age of Charu and Isha. 9. Charu is elder than Isha who was not born in the odd numbered year. So, Case 1a is invalid.

The final arrangement is,

A. Emil was born after Banu. → False

B. Femi is the youngest among all. → True

C. Isha was born in 1996. → False

Hence, Both A and C are not true.

Given:

According to the above codes, "and"  is coded as "8".

Hence, the correct answer is "8".

Given:

6 people – P, R, S, T, U, and Q

6 colors – Red, Blue, Green, Black, White, and Orange

1. U was born in August but does not like Red or Orange.

2. P likes Green but was not born in a month with odd number of days.

3. The one who likes Green was born immediately after the one who likes Blue.

4. 2 people were born between R and S, one of whom likes Black.

5. Q is the youngest out of them but does not like Black or White.

6. T is older than the one who likes Black.

7. The one who likes Orange was one born in one of the months after July.

8. 3 people were born between the one who likes Red and the one who likes White.

9. The one who likes White was not born immediate after R.

(Case 1b will not be possible as it will not satisfy point 9.)

Final Arrangement:

Hence, Q likes Orange.

Given:

6 people – P, R, S, T, U, and Q

6 colors – Red, Blue, Green, Black, White, and Orange

1. U was born in August but does not like Red or Orange.

2. P likes Green but was not born in a month with odd number of days.

3. The one who likes Green was born immediately after the one who likes Blue.

4. 2 people were born between R and S, one of whom likes Black.

5. Q is the youngest out of them but does not like Black or White.

6. T is older than the one who likes Black.

7. The one who likes Orange was one born in one of the months after July.

8. 3 people were born between the one who likes Red and the one who likes White.

9. The one who likes White was not born immediate after R.

(Case 1b will not be possible as it will not satisfy point 9.)

Final Arrangement:

Hence, P - who likes Green, was born in June.

Given:

6 people – P, R, S, T, U, and Q

6 colors – Red, Blue, Green, Black, White, and Orange

1. U was born in August but does not like Red or Orange.

2. P likes Green but was not born in a month with odd number of days.

3. The one who likes Green was born immediately after the one who likes Blue.

4. 2 people were born between R and S, one of whom likes Black.

5. Q is the youngest out of them but does not like Black or White.

6. T is older than the one who likes Black.

7. The one who likes Orange was one born in one of the months after July.

8. 3 people were born between the one who likes Red and the one who likes White.

9. The one who likes White was not born immediate after R.

(Case 1b will not be possible as it will not satisfy point 9.)

Final Arrangement:

T, who likes Blue, was born in May.

Q, who likes Orange, was born in October.

Hence, 3 people were born between T and Q.

Given:

6 people – P, R, S, T, U, and Q

6 colors – Red, Blue, Green, Black, White, and Orange

1. U was born in August but does not like Red or Orange.

2. P likes Green but was not born in a month with odd number of days.

3. The one who likes Green was born immediately after the one who likes Blue.

4. 2 people were born between R and S, one of whom likes Black.

5. Q is the youngest out of them but does not like Black or White.

6. T is older than the one who likes Black.

7. The one who likes Orange was one born in one of the months after July.

8. 3 people were born between the one who likes Red and the one who likes White.

9. The one who likes White was not born immediate after R.

(Case 1b will not be possible as it will not satisfy point 9.)

Final Arrangement:

Hence, U - who likes White, was born in August.

Given:

6 people – P, R, S, T, U, and Q

6 colors – Red, Blue, Green, Black, White, and Orange

1. U was born in August but does not like Red or Orange.

2. P likes Green but was not born in a month with odd number of days.

3. The one who likes Green was born immediately after the one who likes Blue.

4. 2 people were born between R and S, one of whom likes Black.

5. Q is the youngest out of them but does not like Black or White.

6. T is older than the one who likes Black.

7. The one who likes Orange was one born in one of the months after July.

8. 3 people were born between the one who likes Red and the one who likes White.

9. The one who likes White was not born immediate after R.

(Case 1b will not be possible as it will not satisfy point 9.)

Final Arrangement:

All of the given options were born in a month that has 31 days, except R - who was born in April which has 30 days.

Hence, R is the odd one out.

The least possible Venn diagram is:

Conclusions:

I) Some dolphin are owl → FALSE (There is no direct relation between dolphin and owl thus we cannot say that some dolphin are owl).

II) No turtle is owl → FALSE (All turtle is rabbit and some rabbit is owl, thus some part of thus some part of turtle is there in owl)

Hence, "Neither conclusion I nor II follows".

The least possible Venn diagram is:

Conclusions:

I. All income is pound → FALSE (All salary is pound and only some part of salary is income, thus all part of income cannot be pound but some part of income will be pound).

II. No income is pound → FALSE (Some part of income is there in pound and thus no part of income is pound will be wrong).

Hence, "Neither conclusion I nor II follows".

The possible Venn Diagram is -

Conclusions:

I. All Cravings is Music. → False (As there is no direct relation given between Cravings and Music, this conclusion doesn't follow.)

II. Some Cravings is not Music. → False (As there is no direct relation given between Cravings and Music, this conclusion doesn't follow.)

We can see that Conclusions I and II are individually wrong but form a complementary pair. Either of them can be possibly right.

The correct answer is Either conclusions I or II follow.

Additional InformationThe two complementary pairs are:

1. All + Some not OR Some + All not

2. No + Some

In the word 'SPECTACLES', letters P, T and L are immediately followed by a vowel so they are replaced by with E and vowels E, A and E are immediately followed by a consonant so they are replaced by with R as follows -

SERCERCERS

Now, four letters S and C are repeated twice only.

Hence, the correct answer is Two.

Seven people P, Q, R, S, T, U, and V are from seven different countries India, Brazil, China, USA, UAE, UK, and Russia. Each one of them works in the same company but on different designation i.e. Chief Executive Officer ( CEO),  Chairman, Manager, Deputy Manager (DM), Assistant Manager (AM), Assistant and Clerk. These ranks are given in descending order (ex. CEO is the senior and Clerk is the junior).

1. More than four people are senior to S.

Hence, there can be two possible cases:

S is Assistant in case1 and Clerk in case2.

2. Q is junior to the AM and he is from Russia.

3. Two designations are between Q and the one who is from Brazil.

4. The number of people who is senior to the one who is from Brazil is the same as the number of people junior to V.

5. P is senior to V but he is neither CEO nor Manager.

Hence, there can be one possible case i.e. Case2A

In case1 P is Chairman, in case2 P is DM and in case2A P is Chairman.

6. P is from China and immediate senior to the one who is from UAE.

Here, case2A is eliminated because UAE is not immediately junior to P.

7. T is from the USA and is junior to one who is from India.

In Case1 and Case2 S is from the UK.

8. U is senior to R who is not from UAE.

Here, Case1 is eliminated.

Final arrangement:

The designation of V is ‘Assistant Manager (AM)’.

The correct answer is 'C'.

Seven people P, Q, R, S, T, U, and V are from seven different countries India, Brazil, China, USA, UAE, UK, and Russia. Each one of them works in the same company but on different designation i.e. Chief Executive Officer ( CEO),  Chairman, Manager, Deputy Manager (DM), Assistant Manager (AM), Assistant and Clerk. These ranks are given in descending order (ex. CEO is the senior and Clerk is the junior).

1. More than four people are senior to S.

Hence, there can be two possible cases:

S is Assistant in case1 and Clerk in case2.

2. Q is junior to the AM and he is from Russia.

3. Two designations are between Q and the one who is from Brazil.

4. The number of people who is senior to the one who is from Brazil is the same as the number of people junior to V.

5. P is senior to V but he is neither CEO nor Manager.

Hence, there can be one possible case i.e. Case2A

In case1 P is Chairman, in case2 P is DM and in case2A P is Chairman.

6. P is from China and immediate senior to the one who is from UAE.

Here, case2A is eliminated because UAE is not immediately junior to P.

7. T is from the USA and is junior to one who is from India.

In Case1 and Case2 S is from the UK.

8. U is senior to R who is not from UAE.

Here, Case1 is eliminated.

Final arrangement:

Only 'one' person is senior to T.

The correct answer is 'A'.

Seven people P, Q, R, S, T, U, and V are from seven different countries India, Brazil, China, USA, UAE, UK, and Russia. Each one of them works in the same company but on different designation i.e. Chief Executive Officer ( CEO),  Chairman, Manager, Deputy Manager (DM), Assistant Manager (AM), Assistant and Clerk. These ranks are given in descending order (ex. CEO is the senior and Clerk is the junior).

1. More than four people are senior to S.

Hence, there can be two possible cases:

S is Assistant in case1 and Clerk in case2.

2. Q is junior to the AM and he is from Russia.

3. Two designations are between Q and the one who is from Brazil.

4. The number of people who is senior to the one who is from Brazil is the same as the number of people junior to V.

5. P is senior to V but he is neither CEO nor Manager.

Hence, there can be one possible case i.e. Case2A

In case1 P is Chairman, in case2 P is DM and in case2A P is Chairman.

6. P is from China and immediate senior to the one who is from UAE.

Here, case2A is eliminated because UAE is not immediately junior to P.

7. T is from the USA and is junior to one who is from India.

In Case1 and Case2 S is from the UK.

8. U is senior to R who is not from UAE.

Here, Case1 is eliminated.

Final arrangement: 

'V' is from UAE.

The correct answer is 'D'.

Seven people P, Q, R, S, T, U, and V are from seven different countries India, Brazil, China, USA, UAE, UK, and Russia. Each one of them works in the same company but on different designation i.e. Chief Executive Officer ( CEO),  Chairman, Manager, Deputy Manager (DM), Assistant Manager (AM), Assistant and Clerk. These ranks are given in descending order (ex. CEO is the senior and Clerk is the junior).

1. More than four people are senior to S.

Hence, there can be two possible cases:

S is Assistant in case1 and Clerk in case2.

2. Q is junior to the AM and he is from Russia.

3. Two designations are between Q and the one who is from Brazil.

4. The number of people who is senior to the one who is from Brazil is the same as the number of people junior to V.

5. P is senior to V but he is neither CEO nor Manager.

Hence, there can be one possible case i.e. Case2A

In case1 P is Chairman, in case2 P is DM and in case2A P is Chairman.

6. P is from China and immediate senior to the one who is from UAE.

Here, case2A is eliminated because UAE is not immediately junior to P.

7. T is from the USA and is junior to one who is from India.

In Case1 and Case2 S is from the UK.

8. U is senior to R who is not from UAE.

Here, Case1 is eliminated.

Final arrangement: 

'Assistant - S' is the incorrect pair.

The correct answer is 'B'.

Seven people P, Q, R, S, T, U, and V are from seven different countries India, Brazil, China, USA, UAE, UK, and Russia. Each one of them works in the same company but on different designation i.e. Chief Executive Officer ( CEO),  Chairman, Manager, Deputy Manager (DM), Assistant Manager (AM), Assistant and Clerk. These ranks are given in descending order (ex. CEO is the senior and Clerk is the junior).

1. More than four people are senior to S.

Hence, there can be two possible cases:

S is Assistant in case1 and Clerk in case2.

2. Q is junior to the AM and he is from Russia.

3. Two designations are between Q and the one who is from Brazil.

4. The number of people who is senior to the one who is from Brazil is the same as the number of people junior to V.

5. P is senior to V but he is neither CEO nor Manager.

Hence, there can be one possible case i.e. Case2A

In case1 P is Chairman, in case2 P is DM and in case2A P is Chairman.

6. P is from China and immediate senior to the one who is from UAE.

Here, case2A is eliminated because UAE is not immediately junior to P.

7. T is from the USA and is junior to one who is from India.

In Case1 and Case2 S is from the UK.

8. U is senior to R who is not from UAE.

Here, Case1 is eliminated.

Final arrangement: 

'5' designations are there between U and S.

The correct answer is 'D'.

We check the data given in the two statements separately and come to the following possibilities-

Statement I: City S is in the north of City P, who is in the west of City O. City O, M and N form a straight line. City N is towards the north of City O.

From these conditions, we get three cases from which we can determine whether City S is in the north-west or south-west of City N. The cases are-

Hence, the data in statement I alone are not sufficient enough to answer the question.

Statement II: City N is in north of City M, which is in the west of City T. City S is towards the south of City R, which is in the east of city T.

The possibility that comes out from the above given statements is –

We see that, City S is in the South-East of City N.

Hence, the data in statement II alone is sufficient enough to answer the question.

We check the given statements and their possibilities separately as follows-

Statement I:   Karen correctly remembers that her brother’s birthday is before the fifteenth of August but after the twelfth of August.

So, according to Karen, her brother’s birthday is either on the 13^th or 14^th of August.

Hence, this statement alone is not sufficient to answer the question.

Statement II:  Karen’s father correctly remembers that his son’s birthday is before the seventeenth of August but after the ninth of August.

According to Karen’s father, his son’s birthday is on any one of the following days-

10^th, 11^th, 12^th, 13^th, 14^th, 15^th or 16^th of August.

Hence, this statement alone is not sufficient to answer the question.

Statement III:  Karen’s mother correctly remembers that Karen’s brother’s birthday is before the sixteenth of August but after the thirteenth of August. 

According to Karen’s mother, her son’s birthday is on the 14^th or 15^th of August.

Hence, this statement alone is not sufficient to answer the question.

Now, if we combine the data in statements I and III, we see that Karen’s brother’s birthday is on the 14^th of August.

Hence, statements I and III together are necessary to answer the question.

Anne stays on Floor number 2 and works in company V and Claire stays on Floor number 5. The one who stays on Floor number 1 is working in company P. From these given conditions, we get the initial inference table as follows:

Now we check the given statements and their respective inferences as follows-

Statement I: Neither Tom nor Ashley works in Company P.

Hence, only Ryan is left who works in Company P. Therefore, we get-

Statement II: One who lives on floor number 3 works in company T.

This statement alone is not sufficient to answer the question. Hence, from statements I and II we get-

Statement III: Ashley does not work in company T.

If Ashley doesn’t work in Company T, then only Tom is left who works in Company T. Hence, upon combining statements I, II and III we get the table as follows-

Therefore, from the above table we see that Tom stays in Floor number 3 and works in Company T.

Hence, all the three statements I, II and III together are necessarily sufficient to answer the question.

From statement I:

E sits second to the right of L who sits immediate right of A. Three persons sit between L and X. V is not an immediate neighbor of X.

We can’t find the answer. So, statement I alone is not sufficient.

From Statement II:

R sits second to the right of U.

There is no information about A.

We can’t find the answer. So, statement II alone is not sufficient.

Combining statement, I and II, 

We can’t the find the answer. So, both statement I and II together are not sufficient.

Thus, Data given in both statements I and II together are not sufficient to answer the question.

Thus, option IV is the answer.

From the given instructions: 

1)Three people sit between T and U, who sits at an extreme end of the row. W sits third to the left of T, who faces north. So, here we have two cases,  

2. Q sits second to the left of S and vice versa. Neither Q nor S sits at extreme end of the row. So, here we have one more case in Case 2 as Case 2(a).  

3. Two people sit between V and P and both face the same direction. V does not sit adjacent to R.  

Here, Case 1 and Case 2(a) are invalid. So, Case 1 and Case 2(a) are cancelled out. 

4. S faces the same direction as T. Q sits second to the left of S and vice versa. Immediate neighbours of T are facing opposite directions to each other. Two people sit between V and P and both face the same direction.  

5. Not more than two people having same direction are adjacent to each other. People facing south direction are less than the people facing north direction.  

So, Final Arrangement:  

Five people are facing north direction.

From the given instructions: 

1)Three people sit between T and U, who sits at an extreme end of the row. W sits third to the left of T, who faces north. So, here we have two cases,  

2. Q sits second to the left of S and vice versa. Neither Q nor S sits at extreme end of the row. So, here we have one more case in Case 2 as Case 2(a).  

3. Two people sit between V and P and both face the same direction. V does not sit adjacent to R.  

Here, Case 1 and Case 2(a) are invalid. So, Case 1 and Case 2(a) are cancelled out. 

4. S faces the same direction as T. Q sits second to the left of S and vice versa. Immediate neighbours of T are facing opposite directions to each other. Two people sit between V and P and both face the same direction.  

5. Not more than two people having same direction are adjacent to each other. People facing south direction direction are less than the people facing north direction.  

So, Final Arrangement:  

Three people are sitting between R and V.

From the given instructions: 

1)Three people sit between T and U, who sits at an extreme end of the row. W sits third to the left of T, who faces north. So, here we have two cases,  

2. Q sits second to the left of S and vice versa. Neither Q nor S sits at extreme end of the row. So, here we have one more case in Case 2 as Case 2(a).  

3. Two people sit between V and P and both face the same direction. V does not sit adjacent to R.  

Here, Case 1 and Case 2(a) are invalid. So, Case 1 and Case 2(a) are cancelled out. 

4. S faces the same direction as T. Q sits second to the left of S and vice versa. Immediate neighbours of T are facing opposite directions to each other. Two people sit between V and P and both face the same direction.  

5. Not more than two people having same direction are adjacent to each other. People facing south direction direction are less than the people facing north direction.  

So, Final Arrangement:  

All are true.

From the given instructions: 

1)Three people sit between T and U, who sits at an extreme end of the row. W sits third to the left of T, who faces north. So, here we have two cases,  

2. Q sits second to the left of S and vice versa. Neither Q nor S sits at extreme end of the row. So, here we have one more case in Case 2 as Case 2(a).  

3. Two people sit between V and P and both face the same direction. V does not sit adjacent to R.  

Here, Case 1 and Case 2(a) are invalid. So, Case 1 and Case 2(a) are cancelled out. 

4. S faces the same direction as T. Q sits second to the left of S and vice versa. Immediate neighbours of T are facing opposite directions to each other. Two people sit between V and P and both face the same direction.  

5. Not more than two people having same direction are adjacent to each other. People facing south direction direction are less than the people facing north direction.  

So, Final Arrangement:  

Q is third to the left of R.

From the given instructions: 

1)Three people sit between T and U, who sits at an extreme end of the row. W sits third to the left of T, who faces north. So, here we have two cases,  

2. Q sits second to the left of S and vice versa. Neither Q nor S sits at extreme end of the row. So, here we have one more case in Case 2 as Case 2(a).  

3. Two people sit between V and P and both face the same direction. V does not sit adjacent to R.  

Here, Case 1 and Case 2(a) are invalid. So, Case 1 and Case 2(a) are cancelled out. 

4. S faces the same direction as T. Q sits second to the left of S and vice versa. Immediate neighbours of T are facing opposite directions to each other. Two people sit between V and P and both face the same direction.  

5. Not more than two people having same direction are adjacent to each other. People facing south direction direction are less than the people facing north direction.  

So, Final Arrangement:  

All options except R are facing north direction.

So, R is the odd one out.

Given:

Eight members - D, G, L, M, R, S, V, and O 

Three generations.

Three married couples.

Now,

1) G is the only daughter of S. 

2) S is the husband of the daughter-in-law of M. It means S is the son of M.

3) M is married to the sister of D. It means M is a male.

4) O is the sister-in-law of the grandmother of G. Wife of M is the grandmother of G and O is the wife of D. So, D is a male.

5) L is the son of R, who has no siblings. It means R is the wife of S and L is the brother of G.

The remaining V is the wife of M.

Thus, the final family tree is -

V is the mother-in-law of R.

Hence, the correct answer is Mother-in-law.

Given:

Eight members - D, G, L, M, R, S, V, and O 

Three generations.

Three married couples.

Now,

1) G is the only daughter of S. 

2) S is the husband of the daughter-in-law of M. It means S is the son of M.

3) M is married to the sister of D. It means M is a male.

4) O is the sister-in-law of the grandmother of G. Wife of M is the grandmother of G and O is the wife of D. So, D is a male.

5) L is the son of R, who has no siblings. It means R is the wife of S and L is the brother of G.

The remaining V is the wife of M.

Thus, the final family tree is -

I. The number of females is equal to the number of males in the family.

II. There is no married couple in the third generation of the family.

III. O is the sister-in-law of V.

Hence, the correct answer is None is true.

Given:

Eight members - D, G, L, M, R, S, V, and O 

Three generations.

Three married couples.

Now,

1) G is the only daughter of S. 

2) S is the husband of the daughter-in-law of M. It means S is the son of M.

3) M is married to the sister of D. It means M is a male.

4) O is the sister-in-law of the grandmother of G. Wife of M is the grandmother of G and O is the wife of D. So, D is a male.

5) L is the son of R, who has no siblings. It means R is the wife of S and L is the brother of G.

The remaining V is the wife of M.

Thus, the final family tree is -

There is one male and one female in the third generation.

Hence, the correct answer is One male and one female.

Given statement:

“Blunt Force Trauma” is coded as “Boku Faki Kami”

“Black Force Energy” is coded as “Suzo Faki Kuro”

“Black Posh Box” is coded as “Bibi Poka Kuro”

“Black Is Blunt” is coded as “Kami Nova Kuro”

“Trauma Is Bad” is coded as “Piko Nova Boku”

We get:

Blunt – Kami

Force – Faki

Trauma – Boku

Black – Kuro

Is – Nova

The codes for ‘Energy’, and ‘Bad’ is determined by elimination, i.e. all the other codes in the sentence are determined:

Energy - Suzo

Bad – Piko

We can not clearly determine the codes for ‘Posh’ and ‘Box’:

Posh – Poka/Bibi

Box – Bibi/Poka

 Nova is the code for Is.

Given statement:

“Blunt Force Trauma” is coded as “Boku Faki Kami”

“Black Force Energy” is coded as “Suzo Faki Kuro”

“Black Posh Box” is coded as “Bibi Poka Kuro”

“Black Is Blunt” is coded as “Kami Nova Kuro”

“Trauma Is Bad” is coded as “Piko Nova Boku”

We get:

Blunt – Kami

Force – Faki

Trauma – Boku

Black – Kuro

Is – Nova

The codes for ‘Energy’, and ‘Bad’ is determined by elimination, i.e. all the other codes in the sentence are determined:

Energy - Suzo

Bad – Piko

We can not clearly determine the codes for ‘Posh’ and ‘Box’:

Posh – Poka/Bibi

Box – Bibi/Poka

The code for Trauma is Boku.

Given statement:

“Blunt Force Trauma” is coded as “Boku Faki Kami”

“Black Force Energy” is coded as “Suzo Faki Kuro”

“Black Posh Box” is coded as “Bibi Poka Kuro”

“Black Is Blunt” is coded as “Kami Nova Kuro”

“Trauma Is Bad” is coded as “Piko Nova Boku”

We get:

Blunt – Kami

Force – Faki

Trauma – Boku

Black – Kuro

Is – Nova

The codes for ‘Energy’, and ‘Bad’ is determined by elimination, i.e. all the other codes in the sentence are determined:

Energy - Suzo

Bad – Piko

We can not clearly determine the codes for ‘Posh’ and ‘Box’:

Posh – Poka/Bibi

Box – Bibi/Poka

The code for Box can not be determined.

Given statement:

“Blunt Force Trauma” is coded as “Boku Faki Kami”

“Black Force Energy” is coded as “Suzo Faki Kuro”

“Black Posh Box” is coded as “Bibi Poka Kuro”

“Black Is Blunt” is coded as “Kami Nova Kuro”

“Trauma Is Bad” is coded as “Piko Nova Boku”

We get:

Blunt – Kami

Force – Faki

Trauma – Boku

Black – Kuro

Is – Nova

The codes for ‘Energy’, and ‘Bad’ is determined by elimination, i.e. all the other codes in the sentence are determined:

Energy - Suzo

Bad – Piko

We can not clearly determine the codes for ‘Posh’ and ‘Box’:

Posh – Poka/Bibi

Box – Bibi/Poka

 Piko is the code for Bad.