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Symbol Coding - Intermediate Level: multi-symbol coding INTERMEDIATE

Boost your speed and accuracy with this adaptive style 📈 worksheet. Worksheet 15 of 30 presents 20 intermediate-level symbol coding problems. Focus on multi-symbol coding while practicing symbol substitution, iconic coding, visual symbols. Difficulty: moderate complexity with mixed patterns. Perfect for mid-level test takers.

📝 Worksheet 15 of 30 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Intermediate level

What you'll learn in this worksheet:
Your progress through Symbol Coding
Worksheet 15 of 30 (50% complete)

Question 1

Using the symbol matrix: F → % | C → # | H → $ | G → = | A → @ Code the word: 'FGFFH'
Using matrix: F→% → G→= → F→% → F→% → H→$ = %=%%$
matrix, mapping

Question 2

If E=#, I=$, G=5, R=+, T==, then 'TIGER' is coded as?
Applying symbol substitution: T→= → I→$ → G→5 → E→# → R→+ = =$5#+
substitution, basic

Question 3

Using the symbol matrix: F → = | A → @ | G → + | D → % | C → $ Code the word: 'CDAA'
Using matrix: C→$ → D→% → A→@ → A→@ = $%@@
matrix, mapping

Question 4

If @=M, #=O, $=U, ... then decode: '@#$%&'
Reverse mapping: @#$%& → MOUSE = MOUSE
reverse, decoding

Question 5

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

Question 6

If +=&, -=#, *=@, /=~, then evaluate: 10 & 10 ~ 2
Decode symbols: 10 & 10 ~ 2 → 10 + 10 / 2 = 15
arithmetic, operations

Question 7

Using the symbol matrix: E → ! | C → + | B → ? | A → * | G → = Code the word: 'AACAE'
Using matrix: A→* → A→* → C→+ → A→* → E→! = **+*!
matrix, mapping

Question 8

If @=B, #=R, $=A, ... then decode: '@#$%&'
Reverse mapping: @#$%& → BRAIN = BRAIN
reverse, decoding

Question 9

Using the symbol matrix: D → + | C → ! | A → # | G → & | H → @ Code the word: 'HCA'
Using matrix: H→@ → C→! → A→# = @!#
matrix, mapping

Question 10

If +=*, -=&, *=@, /=#, then evaluate: 9 # 12 @ 8
Decode symbols: 9 # 12 @ 8 → 9 / 12 * 8 = 0
arithmetic, operations

Question 11

If vowels = @, even position consonants = #, odd position consonants = *, then 'TESTING' = ?
Position-wise coding: T(pos 1, even)→#, E(vowel)→@, S(pos 3, even)→#, T(pos 4, odd)→*, I(vowel)→@, N(pos 6, odd)→*, G(pos 7, even)→# = #@#*@*#
conditional, rules

Question 12

Using the symbol matrix: H → # | F → $ | B → ! | E → % | C → & Code the word: 'FCC'
Using matrix: F→$ → C→& → C→& = $&&
matrix, mapping

Question 13

If E=#, O=%, H=6, N=!, P=?, then 'PHONE' is coded as?
Applying symbol substitution: P→? → H→6 → O→% → N→! → E→# = ?6%!#
substitution, basic

Question 14

If @=C, #=L, $=O, ... then decode: '@#$%&'
Reverse mapping: @#$%& → CLOUD = CLOUD
reverse, decoding

Question 15

Using the symbol matrix: B → & | E → # | F → @ | D → $ | G → ? Code the word: 'GDEE'
Using matrix: G→? → D→$ → E→# → E→# = ?$##
matrix, mapping

Question 16

If Layer 1: Vowels=@, Consonants=#, Layer 2: @=1, #=2, then code 'CODE'
Layer 1: CODE → #@#@
Layer 2: #@#@ → 2121
multilayer, complex

Question 17

If Layer 1: Even positions=^, Odd positions=&, Layer 2: ^=~, &=%, then code 'PAGE'
Layer 1: PAGE (positions) → ^&^&
Layer 2: ^&^& → ~%~%
multilayer, complex

Question 18

If @=M, #=O, $=U, ... then decode: '@#$%&'
Reverse mapping: @#$%& → MOUSE = MOUSE
reverse, decoding

Question 19

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

Question 20

If Layer 1: Even positions=^, Odd positions=&, Layer 2: ^=~, &=%, then code 'WORD'
Layer 1: WORD (positions) → ^&^&
Layer 2: ^&^& → ~%~%
multilayer, complex
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