# Import the students variable from data.py

from data import students

def calculate$\_$adjusted$\_$total$($exam$\_$scores$)$:

# Sort the scores and take the best two

best$\_$two$\_$scores $=$ sorted$($exam$\_$scores, reverse$=$True$)[$:$2]$

# Calculate the average of the best two scores

adjusted$\_$total $=$ round$($sum$($best$\_$two$\_$scores$)/2)$

return adjusted$\_$total

def calculate$\_$letter$\_$grade$($adjusted$\_$total$)$:

# Determine the letter grade based on the adjusted total

if adjusted$\_$total $>=90$:

return $\text{'}$A$\text{'}$

elif adjusted$\_$total $>=80$:

return $\text{'}$B$\text{'}$

elif adjusted$\_$total $>=70$:

return $\text{'}$C$\text{'}$

else:

return $\text{'}$F$\text{'}$

# Print header

print$($f$"\{\text{'}$FirstName$\text{'}$:$<12\}\{\text{'}$LastName$\text{'}$:$<12\}\{\text{'}$AdjTotal$\text{'}$:$<12\}\{\text{'}$Grade$\text{'}$:$<12\}")$

# Process each student

for student in students:

first$\_$name $=$ student$[\text{'}$FirstName$\text{'}]$

last$\_$name $=$ student$[\text{'}$LastName$\text{'}]$

exam$\_$scores $=$ student$[\text{'}$ExamScores$\text{'}]$

# Calculate adjusted total and letter grade

adj$\_$total $=$ calculate$\_$adjusted$\_$total$($exam$\_$scores$)$

grade $=$ calculate$\_$letter$\_$grade$($adj$\_$total$)$

# Print only students with an $\text{'}$A$\text{'}$ grade

if grade $==\text{'}$A$\text{'}$:

print$($f$"\{$first$\_$name:$<12\}\{$last$\_$name:$<12\}\{$adj$\_$total:$<12\}\{$grade:$<12\}")$