Input: spread joy laughter by sharing smile with masses

Step1: 9 2 11 5 6 4 7 9

Step2: 99 10 42 36

Step3: 57 26

Step4: 5

Step4 is the final output.

On the basis of above illustration find the output and different steps for the following input.

Important for :

1

E

From the following explanation it is clear that if 3 is added to one of the digits of step 3, the final output will become 4 i.e. will be increased by 1.

Hence, option E is the correct answer.

**Final Output:**

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step3: 4 23

Step4: 3

**Common Explanation**

Each step is obtained by applying an**operation different from the previous step**.

**Reference:**

Input: spread joy laughter by sharing smile with masses

Step1: 9 2 11 5 6 4 7 9

**Inference:**

Here the operation performed is :**Addition.**

Here, the conversion of letters to numbers is done by performing addition of certain numbers to the number of letters of each word. The numbers are to be written in the same order in which their respective words are written in the input. If the number of letters are even then add 3 to the number of letters, if the number of letters are odd then less 1 from the number of letters.

Following the same logic, we can easily find the values of step 1.

Hence, option E is the correct answer.

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step3: 4 23

Step4: 3

Each step is obtained by applying an

Input: spread joy laughter by sharing smile with masses

Step1: 9 2 11 5 6 4 7 9

Here the operation performed is :

Here, the conversion of letters to numbers is done by performing addition of certain numbers to the number of letters of each word. The numbers are to be written in the same order in which their respective words are written in the input. If the number of letters are even then add 3 to the number of letters, if the number of letters are odd then less 1 from the number of letters.

Following the same logic, we can easily find the values of step 1.

- For 'good' number of letters are 4 so its respective number becomes 4 + 3 = 7.
- For 'being', number of letters are 5 so its respective number becomes 5 – 1 = 4.

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

**Reference:**

Step1: 9 2 11 5 6 4 7 9

Step2: 99 10 42 36

**Inference:**

Here the mathematical operation performed is :**Multiplication.**

Step1: 4 7 5 11 8 9 2 6

Step1: 9 2 11 5 6 4 7 9

Step2: 99 10 42 36

Here the mathematical operation performed is :

- To obtain the first value of step 2, product of first and third numbers (from left end) is taken.
- To get the second value of step 2, product of second and fourth numbers is taken.
- To acquire the third value of step 2, product of fifth and seventh numbers is taken.
- To identify the fourth value of step 2, product of sixth and eighth numbers is taken.

Following the same logic, we can easily find the values of step 2.

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

**Reference:**

Step2: 99 10 42 36

Step3: 57 26

**Inference:**

Here the operation performed is :**Subtraction.**

First value of step 3 is obtained by taking the difference of first and third numbers from left end.

Second value of step 3 is obtained by taking the difference of second and fourth numbers from left end.

Following the same logic, we can easily find the values of step 3.

Step2: 20 77 16 54

Step3: 4 23

**Reference:**

Step3: 57 26

Step4: 5

**Inference:**

Here the operation performed is :**Average.**

Average of all the digits of step 3 is taken to obtain the value of step 4.

Following the same logic, the value of step 4 is (4+2+3)/3 = 3

Step3: 4 23

Step4: 3

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step2: 99 10 42 36

Step3: 57 26

Here the operation performed is :

First value of step 3 is obtained by taking the difference of first and third numbers from left end.

Second value of step 3 is obtained by taking the difference of second and fourth numbers from left end.

Following the same logic, we can easily find the values of step 3.

Step2: 20 77 16 54

Step3: 4 23

Step3: 57 26

Step4: 5

Here the operation performed is :

Average of all the digits of step 3 is taken to obtain the value of step 4.

Following the same logic, the value of step 4 is (4+2+3)/3 = 3

Step3: 4 23

Step4: 3

2

A

From the following explanation it is clear that sum of the numbers of step 3 is 27 (23+4), square of which is 729.

Hence, option A is the correct answer.

**Final Output:**

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step3: 4 23

Step4: 3

**Common Explanation**

Each step is obtained by applying an**operation different from the previous step**.

**Reference:**

Input: spread joy laughter by sharing smile with masses

Step1: 9 2 11 5 6 4 7 9

**Inference:**

Here the operation performed is :**Addition.**

Here, the conversion of letters to numbers is done by performing addition of certain numbers to the number of letters of each word. The numbers are to be written in the same order in which their respective words are written in the input. If the number of letters are even then add 3 to the number of letters, if the number of letters are odd then less 1 from the number of letters.

Following the same logic, we can easily find the values of step 1.

Hence, option A is the correct answer.

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step3: 4 23

Step4: 3

Each step is obtained by applying an

Input: spread joy laughter by sharing smile with masses

Step1: 9 2 11 5 6 4 7 9

Here the operation performed is :

Here, the conversion of letters to numbers is done by performing addition of certain numbers to the number of letters of each word. The numbers are to be written in the same order in which their respective words are written in the input. If the number of letters are even then add 3 to the number of letters, if the number of letters are odd then less 1 from the number of letters.

Following the same logic, we can easily find the values of step 1.

- For 'good' number of letters are 4 so its respective number becomes 4 + 3 = 7.
- For 'being', number of letters are 5 so its respective number becomes 5 – 1 = 4.

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

**Reference:**

Step1: 9 2 11 5 6 4 7 9

Step2: 99 10 42 36

**Inference:**

Here the mathematical operation performed is :**Multiplication.**

Step1: 4 7 5 11 8 9 2 6

Step1: 9 2 11 5 6 4 7 9

Step2: 99 10 42 36

Here the mathematical operation performed is :

- To obtain the first value of step 2, product of first and third numbers (from left end) is taken.
- To get the second value of step 2, product of second and fourth numbers is taken.
- To acquire the third value of step 2, product of fifth and seventh numbers is taken.
- To identify the fourth value of step 2, product of sixth and eighth numbers is taken.

Following the same logic, we can easily find the values of step 2.

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

**Reference:**

Step2: 99 10 42 36

Step3: 57 26

**Inference:**

Here the operation performed is :**Subtraction.**

First value of step 3 is obtained by taking the difference of first and third numbers from left end.

Second value of step 3 is obtained by taking the difference of second and fourth numbers from left end.

Following the same logic, we can easily find the values of step 3.

Step2: 20 77 16 54

Step3: 4 23

**Reference:**

Step3: 57 26

Step4: 5

**Inference:**

Here the operation performed is :**Average.**

Average of all the digits of step 3 is taken to obtain the value of step 4.

Following the same logic, the value of step 4 is (4+2+3)/3 = 3

Step3: 4 23

Step4: 3

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step2: 99 10 42 36

Step3: 57 26

Here the operation performed is :

First value of step 3 is obtained by taking the difference of first and third numbers from left end.

Second value of step 3 is obtained by taking the difference of second and fourth numbers from left end.

Following the same logic, we can easily find the values of step 3.

Step2: 20 77 16 54

Step3: 4 23

Step3: 57 26

Step4: 5

Here the operation performed is :

Average of all the digits of step 3 is taken to obtain the value of step 4.

Following the same logic, the value of step 4 is (4+2+3)/3 = 3

Step3: 4 23

Step4: 3

3

B

From the following explanation it is clear that if 'sad' is replaced by "so" then second last value(From left end) of step 1 will become 5 and second last value(From left end) of step 2 will become 40 by replacing 16.

Hence, option B is the correct answer.

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step3: 4 23

Step4: 3

Each step is obtained by applying an

Input: spread joy laughter by sharing smile with masses

Step1: 9 2 11 5 6 4 7 9

Here the operation performed is :

Here, the conversion of letters to numbers is done by performing addition of certain numbers to the number of letters of each word. The numbers are to be written in the same order in which their respective words are written in the input. If the number of letters are even then add 3 to the number of letters, if the number of letters are odd then less 1 from the number of letters.

Following the same logic, we can easily find the values of step 1.

- For 'good' number of letters are 4 so its respective number becomes 4 + 3 = 7.
- For 'being', number of letters are 5 so its respective number becomes 5 – 1 = 4.

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

**Reference:**

Step1: 9 2 11 5 6 4 7 9

Step2: 99 10 42 36

**Inference:**

Here the mathematical operation performed is :**Multiplication.**

Step1: 4 7 5 11 8 9 2 6

Step1: 9 2 11 5 6 4 7 9

Step2: 99 10 42 36

Here the mathematical operation performed is :

- To obtain the first value of step 2, product of first and third numbers (from left end) is taken.
- To get the second value of step 2, product of second and fourth numbers is taken.
- To acquire the third value of step 2, product of fifth and seventh numbers is taken.
- To identify the fourth value of step 2, product of sixth and eighth numbers is taken.

Following the same logic, we can easily find the values of step 2.

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

**Reference:**

Step2: 99 10 42 36

Step3: 57 26

**Inference:**

Here the operation performed is :**Subtraction.**

First value of step 3 is obtained by taking the difference of first and third numbers from left end.

Second value of step 3 is obtained by taking the difference of second and fourth numbers from left end.

Following the same logic, we can easily find the values of step 3.

Step2: 20 77 16 54

Step3: 4 23

**Reference:**

Step3: 57 26

Step4: 5

**Inference:**

Here the operation performed is :**Average.**

Average of all the digits of step 3 is taken to obtain the value of step 4.

Following the same logic, the value of step 4 is (4+2+3)/3 = 3

Step3: 4 23

Step4: 3

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step2: 99 10 42 36

Step3: 57 26

Here the operation performed is :

First value of step 3 is obtained by taking the difference of first and third numbers from left end.

Second value of step 3 is obtained by taking the difference of second and fourth numbers from left end.

Following the same logic, we can easily find the values of step 3.

Step2: 20 77 16 54

Step3: 4 23

Step3: 57 26

Step4: 5

Here the operation performed is :

Average of all the digits of step 3 is taken to obtain the value of step 4.

Following the same logic, the value of step 4 is (4+2+3)/3 = 3

Step3: 4 23

Step4: 3

4

D

From the following explanation it is clear that '3' is the only number that belongs to one of the steps of the given output, whereas all other numbers are not from the given steps of output.

Hence, option D is the correct answer.

**Final Output:**

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step3: 4 23

Step4: 3

**Common Explanation**

Each step is obtained by applying an**operation different from the previous step**.

**Reference:**

Input: spread joy laughter by sharing smile with masses

Step1: 9 2 11 5 6 4 7 9

**Inference:**

Here the operation performed is :**Addition.**

Here, the conversion of letters to numbers is done by performing addition of certain numbers to the number of letters of each word. The numbers are to be written in the same order in which their respective words are written in the input. If the number of letters are even then add 3 to the number of letters, if the number of letters are odd then less 1 from the number of letters.

Following the same logic, we can easily find the values of step 1.

Hence, option D is the correct answer.

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step3: 4 23

Step4: 3

Each step is obtained by applying an

Input: spread joy laughter by sharing smile with masses

Step1: 9 2 11 5 6 4 7 9

Here the operation performed is :

Here, the conversion of letters to numbers is done by performing addition of certain numbers to the number of letters of each word. The numbers are to be written in the same order in which their respective words are written in the input. If the number of letters are even then add 3 to the number of letters, if the number of letters are odd then less 1 from the number of letters.

Following the same logic, we can easily find the values of step 1.

- For 'good' number of letters are 4 so its respective number becomes 4 + 3 = 7.
- For 'being', number of letters are 5 so its respective number becomes 5 – 1 = 4.

Step1: 4 7 5 11 8 9 2 6

Step1: 9 2 11 5 6 4 7 9

Step2: 99 10 42 36

Here the mathematical operation performed is :

- To obtain the first value of step 2, product of first and third numbers (from left end) is taken.
- To get the second value of step 2, product of second and fourth numbers is taken.
- To acquire the third value of step 2, product of fifth and seventh numbers is taken.
- To identify the fourth value of step 2, product of sixth and eighth numbers is taken.

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step2: 99 10 42 36

Step3: 57 26

Here the operation performed is :

First value of step 3 is obtained by taking the difference of first and third numbers from left end.

Second value of step 3 is obtained by taking the difference of second and fourth numbers from left end.

Following the same logic, we can easily find the values of step 3.

Step2: 20 77 16 54

Step3: 4 23

Step3: 57 26

Step4: 5

Here the operation performed is :

Average of all the digits of step 3 is taken to obtain the value of step 4.

Following the same logic, the value of step 4 is (4+2+3)/3 = 3

Step3: 4 23

Step4: 3

5

C

From the following explanation it is clear that the sum of even numbers in step 2 is 90 (20+16+54) and sum of odd numbers in step 3 is 23.

Required difference = 90 – 23 => 67.

Hence, option C is the correct answer.

**Final Output:**

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step3: 4 23

Step4: 3

**Common Explanation**

Each step is obtained by applying an**operation different from the previous step**.

**Reference:**

Input: spread joy laughter by sharing smile with masses

Step1: 9 2 11 5 6 4 7 9

**Inference:**

Here the operation performed is :**Addition.**

Here, the conversion of letters to numbers is done by performing addition of certain numbers to the number of letters of each word. The numbers are to be written in the same order in which their respective words are written in the input. If the number of letters are even then add 3 to the number of letters, if the number of letters are odd then less 1 from the number of letters.

Following the same logic, we can easily find the values of step 1.

Required difference = 90 – 23 => 67.

Hence, option C is the correct answer.

Input: being good to everyone sometimes invite sad trouble

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step3: 4 23

Step4: 3

Each step is obtained by applying an

Input: spread joy laughter by sharing smile with masses

Step1: 9 2 11 5 6 4 7 9

Here the operation performed is :

Here, the conversion of letters to numbers is done by performing addition of certain numbers to the number of letters of each word. The numbers are to be written in the same order in which their respective words are written in the input. If the number of letters are even then add 3 to the number of letters, if the number of letters are odd then less 1 from the number of letters.

Following the same logic, we can easily find the values of step 1.

- For 'good' number of letters are 4 so its respective number becomes 4 + 3 = 7.
- For 'being', number of letters are 5 so its respective number becomes 5 – 1 = 4.

Step1: 4 7 5 11 8 9 2 6

Step1: 9 2 11 5 6 4 7 9

Step2: 99 10 42 36

Here the mathematical operation performed is :

- To obtain the first value of step 2, product of first and third numbers (from left end) is taken.
- To get the second value of step 2, product of second and fourth numbers is taken.
- To acquire the third value of step 2, product of fifth and seventh numbers is taken.
- To identify the fourth value of step 2, product of sixth and eighth numbers is taken.

Step1: 4 7 5 11 8 9 2 6

Step2: 20 77 16 54

Step2: 99 10 42 36

Step3: 57 26

Here the operation performed is :

First value of step 3 is obtained by taking the difference of first and third numbers from left end.

Second value of step 3 is obtained by taking the difference of second and fourth numbers from left end.

Following the same logic, we can easily find the values of step 3.

Step2: 20 77 16 54

Step3: 4 23

Step3: 57 26

Step4: 5

Here the operation performed is :

Average of all the digits of step 3 is taken to obtain the value of step 4.

Following the same logic, the value of step 4 is (4+2+3)/3 = 3

Step3: 4 23

Step4: 3