The problem involves a coding pattern where letters are assigned numerical values. We need to find the pattern used to code 'GARLIC' as 112 and apply it to 'CLOCK'.
First, consider the standard alphabetical positions:
The sum of these positions is $7 + 1 + 18 + 12 + 9 + 3 = 50$. This does not match 112.
Let's try using the reverse alphabetical positions (A=26, B=25, ..., Z=1):
Summing the reverse positions: $20 + 26 + 9 + 15 + 18 + 24 = 112$. This matches the given code.
Now, apply the reverse alphabetical position pattern to 'CLOCK':
Summing these values: $24 + 15 + 12 + 24 + 16 = 91$.
The code for 'CLOCK' is 91.
In a code language, INDICATOR is written as JOEJBCVQT. How will EMOTIONAL be written in that language?
There are two rows, each containing 3 numbers. Below are some rules to be used to get the resultant number for each row separately. Use the rule from left to right for each row and find the answer to the question.
Rule:
1. If an even number is followed by an even number, then the first number will be subtracted from the second.
2. If an odd number is followed by an odd number, then both will be added.
3. If an odd number is followed by an even number, then the even number will be subtracted from the square of the odd number.
4. If an even number is followed by an odd number, then the odd number will be subtracted from the even number.
Row I: 9,11, 34
Row II: 16, 9, 8
What is the difference between the resultant numbers in the first row and the second row
In a certain code language, 'I belong to you' is written as '# @ © *', 'you belong to them' is written as '©@ % *', 'we belong them' is written as '+ %©'. What is the code for 'we to you' in that code language?
In a certain code language, 'You are good' is written as '@ $ #', 'Good boys like you' is written as '& * @ #', 'I and you go' is written as '© < + @ '. What is the code for 'boys are like' in that code language?
In a certain code language, 'My Best Friend' is coded as 356, "best teacher best friend" is coded as 5456, then 'My friend best Teacher' would be coded as: