Question 1
If 'DECRYPT' is coded as 'BCAPWNR' using the rule 'subtract 2 from each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'FINAL' coded?
Each letter position -2: DECRYPT → BCAPWNR
Position Arithmetic: Worksheet 10 - Expert Practice Position Arithmetic EXPERT
Ready to master Position Arithmetic? This accuracy focus 👑 worksheet (10/10) presents 20 expert-level challenges. Focus area: application-based learning. Learn to solve position arithmetic reasoning tricks, handle fast position arithmetic solving, and perfect position arithmetic mastery with our step-by-step solutions.
What you'll learn in this worksheet:
- Understand the logic behind fast position arithmetic solving
- Learn step-by-step approaches to application-based learning
- Achieve mastery with the most difficult problem types
- Perfect your speed and accuracy under time pressure
- Master position arithmetic reasoning tricks through focused practice
Your progress through Position Arithmetic
Worksheet 10 of 10 (100% complete)
Question 2
If 'CONSTANT' is coded as 'YKJOPWJP' using the rule 'subtract 4 from each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'DECRYPT' coded?
Each letter position -4: CONSTANT → YKJOPWJP
Question 3
If 'CERTIFICATE' is coded as 'IOBHARAICHO' using the rule 'multiply each letter's position by 3' (A=1, B=2, ..., Z=26, wrap around), then how is 'DECODE' coded?
Each letter position ×3: CERTIFICATE → IOBHARAICHO
Question 4
If 'BEE' is coded as 'FII' using the rule 'add 4 to each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'AUTHORIZE' coded?
Each letter position +4: BEE → FII
Question 5
If 'PYTHON' is coded as 'OXSGNM' using the rule 'subtract 1 from each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'DISK' coded?
Each letter position -1: PYTHON → OXSGNM
Question 6
If 'DATA' is coded as 'ZWPW' using the rule 'subtract 4 from each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'DEVELOPMENT' coded?
Each letter position -4: DATA → ZWPW
Question 7
If 'AUTHORIZE' is coded as 'BPNPDJRZJ' using the rule 'multiply each letter's position by 2' (A=1, B=2, ..., Z=26, wrap around), then how is 'AUTHENTIC' coded?
Each letter position ×2: AUTHORIZE → BPNPDJRZJ
Question 8
If 'WEB' is coded as 'BJG' using the rule 'add 5 to each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'DATABASE' coded?
Each letter position +5: WEB → BJG
Question 9
If 'CAR' is coded as 'HFW' using the rule 'add 5 to each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'DATA' coded?
Each letter position +5: CAR → HFW
Question 10
If 'MAP' is coded as '30' using the rule 'sum of the positions of all letters', then how is 'HARDWARE' coded?
Sum of positions: MAP → 30
Question 11
If 'MATHS' is coded as 'JXQEP' using the rule 'subtract 3 from each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'PROBLEM' coded?
Each letter position -3: MATHS → JXQEP
Question 12
If 'PROTOCOL' is coded as '114' using the rule 'sum of the positions of all letters', then how is 'CAR' coded?
Sum of positions: PROTOCOL → 114
Question 13
If 'EXAM' is coded as '43' using the rule 'sum of the positions of all letters', then how is 'FIRE' coded?
Sum of positions: EXAM → 43
Question 14
If 'DATA' is coded as 'ZWPW' using the rule 'subtract 4 from each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'PAGE' coded?
Each letter position -4: DATA → ZWPW
Question 15
If 'DISK' is coded as '43' using the rule 'sum of the positions of all letters', then how is 'BINARY' coded?
Sum of positions: DISK → 43
Question 16
If 'FUNCTION' is coded as 'CRKZQFLK' using the rule 'subtract 3 from each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'CAR' coded?
Each letter position -3: FUNCTION → CRKZQFLK
Question 17
If 'MOUSE' is coded as 'OQWUG' using the rule 'add 2 to each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'LIGHT' coded?
Each letter position +2: MOUSE → OQWUG
Question 18
If 'LID' is coded as 'GDY' using the rule 'subtract 5 from each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'VERIFICATION' coded?
Each letter position -5: LID → GDY
Question 19
If 'SOLUTION' is coded as 'QMJSRGML' using the rule 'subtract 2 from each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'VERIFICATION' coded?
Each letter position -2: SOLUTION → QMJSRGML
Question 20
If 'OMEGA' is coded as 'QOGIC' using the rule 'add 2 to each letter's position' (A=1, B=2, ..., Z=26, wrap around), then how is 'PROBLEM' coded?
Each letter position +2: OMEGA → QOGIC
🏆 Congratulations! You've mastered Position Arithmetic - all 10 worksheets completed!