# Author: $[$Your Name$]$

# Program Description: This program records and calculates the pie eating times for contestants

# in a speed eating contest, providing average, fastest, and slowest times for each contestant

# and for the overall contest.

# Start Banner

print$("="*38)$

print$("$Welcome to Easy as Pie speed eating program"$)$

print$("="*38)$

# Input: Number of contestants

num$\_$contestants $=$ int$($input$("$How many contestants will be competing?

$"))$

# Input: Number of pie eating attempts

num$\_$attempts $=$ int$($input$("$How many attempts do all competitors get?

$"))$

print$("--------------------------------------------------")$

# Initialize overall statistics

total$\_$attempts $=$ num$\_$contestants $*$ num$\_$attempts

overall$\_$fastest $=$ float$(\text{'}$inf$\text{'})$ # Start with infinity for comparison

overall$\_$slowest $=$ float$(\text{'}-$inf'$)$ # Start with negative infinity for comparison

overall$\_$sum $=0$ # Sum of all times for average calculation

# Process each contestant

for contestant in range$(1,$ num$\_$contestants $+1)$:

print$($f$"$Contestant $\{$contestant$\}-$ Enter Eat Times"$)$

print$("--------------------------------------------------")$

fastest$\_$time $=$ float$(\text{'}$inf$\text{'})$ # Start with infinity for this contestant

slowest$\_$time $=$ float$(\text{'}-$inf'$)$ # Start with negative infinity for this contestant

contestant$\_$sum $=0$ # Sum of times for this contestant

# Record eating times for each attempt

for attempt in range$(1,$ num$\_$attempts $+1)$:

time $=$ float$($input$($f$"$Eat Time $\{$attempt$\}$: What was the time for the attempt?

$"))$

contestant$\_$sum $+=$ time # Accumulate the sum of times

# Check for fastest and slowest times for this contestant

if time $<$ fastest$\_$time:

fastest$\_$time $=$ time

if time $>$ slowest$\_$time:

slowest$\_$time $=$ time

# Update overall fastest and slowest times

if time $<$ overall$\_$fastest:

overall$\_$fastest $=$ time

if time $>$ overall$\_$slowest:

overall$\_$slowest $=$ time

# Calculate average time for this contestant

average$\_$time $=$ contestant$\_$sum $/$ num$\_$attempts

# Display contestant statistics

print$("==================================================")$

print$($f$"$Eating Contestant $\{$contestant$\}$ Time Summary"$)$

print$("==================================================")$

print$($f$"$How many time attempts were recorded: $\{$num$\_$attempts$\}")$

print$($f$"$What was the average eating time for Eating Contestant $\{$contestant$\}$:$")$

print$($f$"\{$average$\_$time:$\mathrm{.}1$f$\}$ seconds"$)$

print$($f$"$The fastest eat time for Eating Contestant $\{$contestant$\}$ was: $\{$fastest$\_$time:$\mathrm{.}1$f$\}$ seconds"$)$

print$($f$"$The slowest eat time for Eating Contestant $\{$contestant$\}$ was: $\{$slowest$\_$time:$\mathrm{.}1$f$\}$ seconds"$)$

print$("--------------------------------------------------")$

# Update overall sum for all contestants

overall$\_$sum $+=$ contestant$\_$sum

# Calculate overall average time

overall$\_$average $=$ overall$\_$sum $/$ total$\_$attempts

# Display overall summary

print$("***************************$

rewrite this code while using 'for in$\text{'}$ as a repetitive structure.