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Alternating Coding - Absolute-Beginner Level: core concept mastery Alternating Coding ABSOLUTE BEGINNER

This skill primer 🌟 worksheet focuses on Alternating Coding - a key topic in Number Letter Codes. You'll solve 20 absolute-beginner-level problems (Worksheet 1 of 10). The primary focus is on core concept mastery. Master alternating coding problems, alternating coding reasoning questions, and alternating coding practice through systematic practice.

📝 Worksheet 1 of 10 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Absolute Beginner level

What you'll learn in this worksheet:
Your progress through Alternating Coding
Worksheet 1 of 10 (0% complete)

Question 1

For 'ACE', odd positions use shift coding, even positions use reverse coding. What is the result?
Alternating coding: A→C(+2), C→24(rev), E→G(+2) → C24G

Question 2

For 'DOG', odd positions use position coding, even positions use reverse coding. What is the result?
Alternating coding: D→4(pos), O→12(rev), G→7(pos) → 4127

Question 3

For 'CAT', odd positions use position coding, even positions use shift coding. What is the result?
Alternating coding: C→3(pos), A→C(+2), T→20(pos) → 3C20

Question 4

For 'EGG', odd positions use shift coding, even positions use shift coding. What is the result?
Alternating coding: E→G(+2), G→I(+2), G→I(+2) → GII

Question 5

For 'FISH', odd positions use position coding, even positions use shift coding. What is the result?
Alternating coding: F→6(pos), I→K(+2), S→19(pos), H→J(+2) → 6K19J

Question 6

For 'FISH', odd positions use position coding, even positions use position coding. What is the result?
Alternating coding: F→6(pos), I→9(pos), S→19(pos), H→8(pos) → 69198

Question 7

For 'BED', odd positions use shift coding, even positions use shift coding. What is the result?
Alternating coding: B→D(+2), E→G(+2), D→F(+2) → DGF

Question 8

For 'BAD', odd positions use position coding, even positions use reverse coding. What is the result?
Alternating coding: B→2(pos), A→26(rev), D→4(pos) → 2264

Question 9

For 'BED', odd positions use reverse coding, even positions use shift coding. What is the result?
Alternating coding: B→25(rev), E→G(+2), D→23(rev) → 25G23

Question 10

For 'CAT', odd positions use reverse coding, even positions use reverse coding. What is the result?
Alternating coding: C→24(rev), A→26(rev), T→7(rev) → 24267

Question 11

For 'CAT', odd positions use shift coding, even positions use reverse coding. What is the result?
Alternating coding: C→E(+2), A→26(rev), T→V(+2) → E26V

Question 12

For 'EGG', odd positions use position coding, even positions use reverse coding. What is the result?
Alternating coding: E→5(pos), G→20(rev), G→7(pos) → 5207

Question 13

For 'EGG', odd positions use position coding, even positions use position coding. What is the result?
Alternating coding: E→5(pos), G→7(pos), G→7(pos) → 577

Question 14

For 'DOG', odd positions use shift coding, even positions use shift coding. What is the result?
Alternating coding: D→F(+2), O→Q(+2), G→I(+2) → FQI

Question 15

For 'DOG', odd positions use shift coding, even positions use shift coding. What is the result?
Alternating coding: D→F(+2), O→Q(+2), G→I(+2) → FQI

Question 16

For 'ACE', odd positions use reverse coding, even positions use reverse coding. What is the result?
Alternating coding: A→26(rev), C→24(rev), E→22(rev) → 262422

Question 17

For 'BED', odd positions use shift coding, even positions use position coding. What is the result?
Alternating coding: B→D(+2), E→5(pos), D→F(+2) → D5F

Question 18

For 'EGG', odd positions use shift coding, even positions use reverse coding. What is the result?
Alternating coding: E→G(+2), G→20(rev), G→I(+2) → G20I

Question 19

For 'BED', odd positions use position coding, even positions use shift coding. What is the result?
Alternating coding: B→2(pos), E→G(+2), D→4(pos) → 2G4

Question 20

For 'EGG', odd positions use reverse coding, even positions use reverse coding. What is the result?
Alternating coding: E→22(rev), G→20(rev), G→20(rev) → 222020
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