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Symbol Coding - Beginner Level: iconic coding BEGINNER

Ready to master symbol coding? This concept mastery features 20 beginner-level challenges. Worksheet 2 of 30 sharpens your iconic coding skills. Master iconic coding, visual symbols, symbol patterns through guided practice. Perfect for entry-level test preparation.

📝 Worksheet 2 of 30 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Beginner level

What you'll learn in this worksheet:
Your progress through Symbol Coding
Worksheet 2 of 30 (6% complete)

Question 1

If E=#, O=%, U=&, H=6, S=-, then 'HOUSE' is coded as?
Applying symbol substitution: H→6 → O→% → U→& → S→- → E→# = 6%&-#
substitution, basic

Question 2

If +=@, -=$, *=^, /=*, then evaluate: 11 * 9 @ 10
Decode symbols: 11 * 9 @ 10 → 11 / 9 + 10 = 11
arithmetic, operations

Question 3

If vowels = @, even position consonants = #, odd position consonants = *, then 'HARDWARE' = ?
Position-wise coding: H(pos 1, even)→#, A(vowel)→@, R(pos 3, even)→#, D(pos 4, odd)→*, W(pos 5, even)→#, A(vowel)→@, R(pos 7, even)→#, E(vowel)→@ = #@#*#@#@
conditional, rules

Question 4

If letters repeat pattern @, #, $ in order, then 'ALGORITHM' = ?
Triplet pattern: positions 1,4,7...=@, 2,5,8...=#, 3,6,9...=$ → @#$@#$@#$
pattern, position

Question 5

If vowels at even positions (1-based) = @, vowels at odd positions = #, consonants remain same, then 'TESTING' = ?
Vowels at positions: T, E(pos2,even→@), S, T, I(pos5,odd→#), N, G = T#ST@NG
conditional, rules

Question 6

Using the symbol matrix: E → ? | H → ! | D → $ | F → * | A → @ Code the word: 'FDFEF'
Using matrix: F→* → D→$ → F→* → E→? → F→* = *$*?*
matrix, mapping

Question 7

If Layer 1: Vowels=@, Consonants=#, Layer 2: @=1, #=2, then code 'EDIT'
Layer 1: EDIT → @#@#
Layer 2: @#@# → 1212
multilayer, complex

Question 8

Using the symbol matrix: H → ! | E → $ | A → % | B → & | C → @ Code the word: 'EBCBB'
Using matrix: E→$ → B→& → C→@ → B→& → B→& = $&@&&
matrix, mapping

Question 9

If +=~, -=^, *=&, /=$, then evaluate: 4 & 2 $ 3
Decode symbols: 4 & 2 $ 3 → 4 * 2 / 3 = 0
arithmetic, operations

Question 10

Using the symbol matrix: H → @ | C → $ | A → % | B → & | D → ! Code the word: 'BCHB'
Using matrix: B→& → C→$ → H→@ → B→& = &$@&
matrix, mapping

Question 11

If +=^, -=#, *=%, /=&, then evaluate: 4 & 12 % 7
Decode symbols: 4 & 12 % 7 → 4 / 12 * 7 = 0
arithmetic, operations

Question 12

If vowels = @, even position consonants = #, odd position consonants = *, then 'SOFTWARE' = ?
Position-wise coding: S(pos 1, even)→#, O(vowel)→@, F(pos 3, even)→#, T(pos 4, odd)→*, W(pos 5, even)→#, A(vowel)→@, R(pos 7, even)→#, E(vowel)→@ = #@#*#@#@
conditional, rules

Question 13

Using the symbol matrix: E → * | H → = | F → & | D → % | C → ! Code the word: 'EHHC'
Using matrix: E→* → H→= → H→= → C→! = *==!
matrix, mapping

Question 14

If vowels at even positions (1-based) = @, vowels at odd positions = #, consonants remain same, then 'DEVELOP' = ?
Vowels at positions: D, E(pos2,even→@), V, E(pos4,even→@), L, O(pos6,even→@), P = D#V#L#P
conditional, rules

Question 15

Using the symbol matrix: A → @ | B → # | D → $ | F → ? | C → + Code the word: 'CCFAF'
Using matrix: C→+ → C→+ → F→? → A→@ → F→? = ++?@?
matrix, mapping

Question 16

If E=#, O=%, U=&, H=6, S=-, then 'HOUSE' is coded as?
Applying symbol substitution: H→6 → O→% → U→& → S→- → E→# = 6%&-#
substitution, basic

Question 17

If @=H, #=E, $=A, ... then decode: '@#$%&'
Reverse mapping: @#$%& → HEART = HEART
reverse, decoding

Question 18

If +=~, -=#, *=^, /=$, then evaluate: 6 $ 7 # 5
Decode symbols: 6 $ 7 # 5 → 6 / 7 - 5 = -5
arithmetic, operations

Question 19

If letters at even positions (1-based) = @, odd positions = #, then 'COMPUTATION' = ?
Alternating pattern: positions 1,3,5,7... = @, positions 2,4,6... = # → @#@#@#@#@#@
pattern, position

Question 20

If +=~, -=^, *=*, /=#, then evaluate: 11 # 5 ^ 6
Decode symbols: 11 # 5 ^ 6 → 11 / 5 - 6 = -4
arithmetic, operations
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