Coding Decoding


  1. Using the following code and key, decode the given coded word:
    Code : L X P Z J Y Q M N B
    ...Key : b a e s p r h i g t
    Coded word : Z B Y X M N Q B









  1. View Hint View Answer Discuss in Forum

    According to given question,
    L → b , X → a , P → e , Z → s , J → p , Y → r , Q → h , M → i , N → g , B → t
    Replace the each capital from given relationship for Z B Y X M N Q B .

    Correct Option: D

    According to given question,
    L → b , X → a , P → e , Z → s , J → p , Y → r , Q → h , M → i , N → g , B → t
    Replace the each capital from given relationship for Z B Y X M N Q B , We will get
    Z → s
    B → t
    Y → r
    X → a
    M → i
    N → g
    Q → h
    B → t


  1. In a code language the following alphabets are coded in a particular way:
    A → @
    B → #
    C → $
    D → %
    E → ^
    M → &
    N → *
    O → α
    S → β
    R → γ
    U → δ

    Which word can be decoded from the following?
    # α @ γ %









  1. View Hint View Answer Discuss in Forum

    According to given question,
    A → @ , B → # , C → $ , D → % , E → ^ , M → & , N → * , O → α , S → β , R → γ , U → δ
    Replace the each capital from given relationship for # α @ γ %.

    Correct Option: D

    According to given question,
    A → @ , B → # , C → $ , D → % , E → ^ , M → & , N → * , O → α , S → β , R → γ , U → δ
    Replace the each capital from given relationship for # α @ γ %, We will get
    # → B
    α → O
    @ → A
    γ→ R
    % → D
    Hence , the required answer will be BOARD.



  1. In a code language the following alphabets are coded in a particular way:
    A → @
    C → #
    D → $
    E → %
    G → =
    H → ^
    K → &
    L → *
    M → α
    N → β
    O → γ
    S → δ

    Which word can be decoded from the following?
    ^ γ α @ =%









  1. View Hint View Answer Discuss in Forum

    According to given question,
    A → @ , C → # , D → $ , E → % , G → = , H → ^ , K → & , L → * , M → α , N → β , O → γ , S → δ
    Replace the each capital from given relationship for ^ γ α @ =%.

    Correct Option: B

    According to given question,
    A → @ , C → # , D → $ , E → % , G → = , H → ^ , K → & , L → * , M → α , N → β , O → γ , S → δ
    Replace the each capital from given relationship for ^ γ α @ =%, We will get
    ^ → H
    γ → O
    α → M
    @ → A
    =→ G
    % → E
    Hence , the required answer will be HOMAGE.


  1. In a code language the following alphabets are coded in a particular way as shown below. How is the word FIGHT coded in that language?
    A → !
    B → @
    C → #
    D → $
    E → %
    F → ^
    G → &
    H → *
    I → +
    O → =
    P → α
    R → β
    S → γ
    T → δ
    U → ∠









  1. View Hint View Answer Discuss in Forum

    According to given question,
    A → ! , B → @ , C → # , D → $ , E → % , F → ^ , G → & , H → * , I → + , O → = , P → α , R → β , S → γ , T → δ , U → ∠
    Replace the each capital from given relationship for FIGHT.

    Correct Option: A

    According to given question,
    A → ! , B → @ , C → # , D → $ , E → % , F → ^ , G → & , H → * , I → + , O → = , P → α , R → β , S → γ , T → δ , U → ∠
    Replace the each capital from given relationship for FIGHT, We will get
    ^ → F
    + → I
    & → G
    * → H
    δ → T
    Hence , the required answer will be ^ + & * δ.



  1. In code language the following alphabets are coded in a particular way:
    A → !
    B → @
    C → #
    D → $
    E → %
    F → ^
    G → &
    H → *
    I → +
    O → =
    P → α
    R → β
    S → γ
    T → δ
    U → ∠

    How is the word DEAR coded as?









  1. View Hint View Answer Discuss in Forum

    According to given question,
    A → ! , B → @ , C → # , D → $ , E → % , F → ^ , G → & , H → * , I → + , O → = , P → α , R → β , S → γ , T → δ , U → ∠
    Replace the each capital from given relationship for DEAR

    Correct Option: B

    According to given question,
    A → ! , B → @ , C → # , D → $ , E → % , F → ^ , G → & , H → * , I → + , O → = , P → α , R → β , S → γ , T → δ , U → ∠
    Replace the each capital from given relationship for DEAR , We will get
    D → $
    E → %
    A → !
    R → β
    Hence , the required answer will be $ % ! β.