Exponentiation
Statement
Given a positive real number \( a \) and a non-negative integer \( n \). Calculate \( a^{n} \) without using loops, ** operator or the built in function math.pow(). Instead, use recursion and the relation \( a^{n} = a \cdot a^{n-1} \). Print the result. Form the function power(a, n).
In all the problems input the data using input() and print the result using print().
Statement
Given a positive real number \( a \) and a non-negative integer \( n \). Calculate \( a^{n} \) without using loops,** operator or the built in function math.pow(). Instead, use recursion and the relation \( a^{n} = a \cdot a^{n-1} \). Print the result. Form the function power(a, n).
In all the problems input the data using input() and print the result using print().