To solve for \( TET \) when \( T = 2 \), we start by substituting \( T — иллюстрация

To solve for \( TET \) when \( T = 2 \), we start by substituting \( T

To solve for \( TET \) when \( T = 2 \), we start by substituting \( T \) with \( 2 \). The expression \( TET \) can be interpreted as: \[ TET = T \cdot E \cdot T \] Substituting \( T = 2 \) into the expression: \[ TET = 2 \cdot E \cdot 2 \] This simplifies to: \[ TET = 4E \]

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To solve for \( TET \) when \( T = 2 \), we start by substituting \( T \) with \( 2 \).

The expression \( TET \) can be interpreted as:

\[ TET = T \cdot E \cdot T \]

Substituting \( T = 2 \) into the expression:

\[ TET = 2 \cdot E \cdot 2 \]

This simplifies to:

\[ TET = 4E \]

Thus, the value of \( TET \) when \( T = 2 \) is:

\[ \boxed{4E} \]

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