# $1.$ Create a variable named num$\_1$ and assign $28$ to it $(1$ pt$.).$

# $2.$ Create a variable named num$\_2$ and assign $63$ to it $(1$ pt$.).$

# $3.$ Add num$\_1$ to num$\_2$ and store it in ans$\_$one, print ans$\_$one $(2$ pts$.).$

# $4.$ Subtract num$\_1$ from num$\_2$ and store it in ans$\_$two, print ans$\_$two $(2$ pts$.).$

# $5.$ Multiply num$\_1$ by num$\_2$ and store it in ans$\_$three, print ans$\_$three $(2$ pts$.).$

# $6.$ Divide num$\_2$ by num$\_1$ and store it in ans$\_$four, print ans$\_$four $(2$ pts$.).$

# $7.$ Use the integer division operator to divide num$\_2$ by num$\_1$ and store it in

ans$\_$five, print ans$\_$five $(2$ pts$.).$

# $8.$ Return the remainder of num$\_2$ divided by num$\_1$ and store it in ans$\_$six, print

ans$\_$six $(2$ pts$.).$

# $9.$ Use the is$\_$integer method to check if num is an integer and print the value

returned by the method $(2$ pts$.).$

num $=28\mathrm{.}6$ # DO NOT DELETE OR MODIFY THIS LINE OF CODE

# $10.$ Use the pow function to print out $6$ raised to the power of $-4(1$ pt$.).$

# $11.$ Print num$\_3$ so that $3$ decimal places are displayed and it is grouped by

thousands $(1$ pt$.).$

num$\_3=987654321\mathrm{.}123456789$ # DO NOT DELETE OR MODIFY THIS LINE OF CODE

# $12.$ Write a print statement using an f$-$string that prints out the following

sentence using the variables defined below.

# In $2020,$ Australia had a population of $25,660,000$ and a life expectancy of $83\mathrm{.}2$

years. The round function

# should not be used $(2$ pts$.).$

year $=2020$ # DO NOT DELETE OR MODIFY THIS LINE OF CODE

population $=25660000$ # DO NOT DELETE OR MODIFY THIS LINE OF CODE

expectancy $=83\mathrm{.}2031$ # DO NOT DELETE OR MODIFY THIS LINE OF CODE