Use the sacramento.csv file attached to complete the following task. Create a file, sacramento.py, that loads the .csv file and runs a logistic regression. The regression should predict whether or not a house has 1 or more than one bathroom based on beds, sqft, and price, in that order. Note: you will not need to upload the .csv to CodeGrade because I have pre-loaded it. ● You will need to create a new variable from baths, and it should make it such that those observations of 1 bath correspond to a value of 0, and those with more than 1 bath correspond to a 1. ● Make sure to add a constant using sm.add_constant(X) ● Your file should print the results in this way: print(mod.params.round(2)) print(mod.pvalues.round(2)) print(‘The smallest p-value is for sqft’) csv: https://drive.google.com/file/d/1dAsFlD6W5T1lay68b…

Use the sacramento.csv file attached to complete the following task. Create a file, sacramento.py, that loads the .csv file and runs a logistic regression. The regression should predict whether or not a house has 1 or more than one bathroom based on beds, sqft, and price, in that order. Note: you will not need to upload the .csv to CodeGrade because I have pre-loaded it. ● You will need to create a new variable from baths, and it should make it such that those observations of 1 bath correspond to a value of 0, and those with more than 1 bath correspond to a 1. ● Make sure to add a constant using sm.add_constant(X) ● Your file should print the results in this way: print(mod.params.round(2)) print(mod.pvalues.round(2)) print(‘The smallest p-value is for sqft’)

csv: https://drive.google.com/file/d/1dAsFlD6W5T1lay68b…

Explain the criteria for assessing performance of a security, namely, expected rate of return, standard deviation of rate of return, and coefficient of variation (CV). Explain how by forming a portfolio an instrument can be generated that has properties better than each of its constituents in terms of the standard deviation of rate of return and CV.

Explain the criteria for assessing performance of a security, namely, expected rate of return, standard deviation of rate of return, and coefficient of variation (CV). Explain how by forming a portfolio an instrument can be generated that has properties better than each of its constituents in terms of the standard deviation of rate of return and CV.

Explain the risk vs. expected rate of return tradeoff, the security market line, and determination of beta on this basis. Include explanation of all the constituents namely, security market line, risk measure, expected rate of return, risk-free rate of return, and market rate of return. Include hypothetical examples for better clarity.

Explain the risk vs. expected rate of return tradeoff, the security market line, and determination of beta on this basis. Include explanation of all the constituents namely, security market line, risk measure, expected rate of return, risk-free rate of return, and market rate of return. Include hypothetical examples for better clarity.