In this exercise, you'll continue working with the house_price_size DataFrame, which has been loaded for you. As a reminder, house_price_size contains two columns called price and size representing the price and size of houses in that order.

Having explored the house_price_size DataFrame, you suspect that this is a multivariate normal distribution because price and size each seem to follow a normal distribution. Based on the covariance matrix that you calculated in the previous exercise, you can now perform multivariate normal distribution sampling with a defined covariance structure!

To perform multivariate normal distribution sampling with defined covariance, you'll need the following information:

price has a mean of 20 and size has a mean of 500
price has a variance of 19 and size has a variance of 50,000
The covariance for price and size is 950
You'll sample 5,000 times

The following imports have been completed for you: seaborn as sns, pandas as pd, numpy as np, matplotlib.pyplot as plt, and scipy.stats as st.

Steps of Monte Carlo simulations

Monte Carlo Simulations in Python

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