Alright, I'll start by loading the data to understand its structure and content. After examining the dataset, I'll then provide some initial insights and analysis.
pythonimport pandas as pd
# Load the CSV file into a DataFrame
currency_data = pd.read_csv('/mnt/data/currency.csv')
# Display the first few rows of the data to get an overview
currency_data.head()
The dataset appears to contain information about different currencies. The columns are:
To provide a meaningful analysis, I'll check the following:
Let's begin with the first point.
python# Count the total number of unique currencies based on their codes
unique_currencies = currency_data['Code'].nunique()
unique_currencies
There are a total of 163 unique currencies listed in the dataset based on their codes.
Next, let's explore the most common currency symbols to see if any symbols are shared across multiple currencies.
python# Get the count of occurrences of each symbol
symbol_counts = currency_data['Symbol'].value_counts()
# Display the most common currency symbols
common_symbols = symbol_counts[symbol_counts > 1]
common_symbols
Several currency symbols are shared across multiple currencies:
... and so on.
It's important to note that while these symbols might be the same, the currencies they represent in different countries or regions can be quite distinct. For example, the dollar sign "$" is used for the US Dollar, Canadian Dollar, Australian Dollar, etc., but each of these is a different currency with different values and characteristics.
Lastly, let's analyze the distribution of currencies based on the first letter of their names. This will give us an idea of how currencies are distributed alphabetically.
python# Get the first letter of each currency name and count occurrences
first_letter_counts = currency_data['Name'].str[0].value_counts().sort_index()
first_letter_counts
The distribution of currencies based on the first letter of their names is as follows:
On the other hand, some letters like O, Q, W, Y, and Z each have only one currency associated with them.
This kind of distribution can be better visualized using a bar chart. Would you like me to create one for you?
Of course! We've been analyzing the data using Python so far. I can perform additional analyses or visualizations based on the dataset and your requirements. Here are a few things we can do:
Please specify what kind of analysis or visualization you would like, or if you have any specific questions about the dataset.
I apologize for the confusion. You should have been seeing the Python code I've executed to analyze the data so far. If you haven't, there might be an issue with the display.
To ensure you can see the code, I'll provide a summary of what I've done and continue with any additional analysis you'd like to see.
Here's a recap of the Python actions taken:
pandas
.Please let me know how you'd like to proceed, and I'll ensure the Python code is visible to you.