Read the text below and fill in the gap in the summary of the text. Here's a sample simplified code snippet in Python used when dealing with exponential growth of money supply. In real-world scenarios, factors like compounding periods and additional contributions or withdrawals would need to be considered for accurate calculations:import mathinitial_money = 1000 # Initial amount of moneyinterest_rate = 0.05 # Annual interest rateyears = 10 # Number of years # Calculate the final money mass after the given number of years final_money = initial_money math.exp(interest_rate years)# Calculate the logarithm base 10 of the final money mass log_money = math.log10(final_money)# Print the results print(f"Initial money: ${initial_money}")print(f"Final money after {years} years: ${final_money:.2f}")print(f"Logarithm base 10 of final money: {log_money:.2f}")In summary, using the math.log () function, we calculate the logarithm … 10 of the final money supply.

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