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### Problem Statement: Given $n\;\epsilon\;\mathbb{N}$ as input in the decimal system, your task is to find the equivalent representation of that number in a different base $R$, where $R\;\epsilon\;\mathbb{N}$ such that $2 \leq R \leq 36$ and $R \neq 10$. The set of valid digits will be $\{0,1,2,..., 9 \} \cup \{A, B,C ..., Z \}$ ### Input: - First line will contain $T$, number of test cases. T