a$.$ The average portfolio return for $2013$ is

$\%.($Enter as a percentage and round to one decimal place.$)$

The average portfolio return for $2014$ is

The average portfolio return for $2015$ is

The average portfolio return for $2016$ is

The average portfolio return for $2017$ is

The average portfolio return for $2018$ is

The average portfolio return for $2018$ is

b$.$ The average return for Asset $L$ is

$1\%.($Enter as a percentage and round to two decimal places.$)$

The average return for Asset $M$ is

$\%.($Enter as a percentage and round to two decimal places.$)$

The average return for for the portfolio is

$\%.($Enter as a percentage and round to one decimal place.$)$

$\%.($Enter as a percentage and round to one decimal place.$)$

$\%.($Enter as a percentage and round to one decimal place.$)$

$\%.($Enter as a percentage and round to one decimal place.$)$

$\%.($Enter as a percentage and round to one decimal place.$)$

$\%.($Enter as a percentage and round to one decimal place.$)$

c$.$ The standard deviation for Asset $L$ is

$\%.($Enter as a percentage and round to two decimal places.$)$

$\%.($Enter as a percentage and round to two decimal places.$)$

The standard deviation for Asset $M$ is

$\%.($Enter as a percentage and round to two decimal places.$)$

Data table

$($Click the icon here in order to copy the contents of the data table below into

a spreadsheet.$)$

The standard deviation for the portfolio is $,\%.($Enter as a percentage and round to two decimal places.$)$