def calculate$\_$total$\_$distance$($initial$\_$height, bounciness$\_$index, num$\_$bounces$)$:

$"""$

Calculate the total distance traveled by a bouncing ball.

Parameters:

$-$ initial$\_$height: Initial height from which the ball is dropped.

$-$ bounciness$\_$index: Ratio of bounce height to drop height.

$-$ num$\_$bounces: Number of times the ball is allowed to bounce.

Returns:

$-$ Total distance traveled by the ball.

$"""$

total$\_$distance $=$ initial$\_$height # Initial drop

# FOR loop implementation

for $\_$ in range$($num$\_$bounces$)$:

bounce$\_$height $=$ initial$\_$height $*$ bounciness$\_$index

total$\_$distance $+=2*$ bounce$\_$height # Distance to the floor $+$ Distance back up

initial$\_$height $=$ bounce$\_$height

return total$\_$distance

def calculate$\_$total$\_$distance$\_$while$($initial$\_$height, bounciness$\_$index, num$\_$bounces$)$:

$"""$

Calculate the total distance traveled by a bouncing ball using a WHILE loop.

Parameters:

$-$ initial$\_$height: Initial height from which the ball is dropped.

$-$ bounciness$\_$index: Ratio of bounce height to drop height.

$-$ num$\_$bounces: Number of times the ball is allowed to bounce.

Returns:

$-$ Total distance traveled by the ball.

$"""$

total$\_$distance $=$ initial$\_$height # Initial drop

bounce$\_$count $=0$

# WHILE loop implementation

while bounce$\_$count $<$ num$\_$bounces:

bounce$\_$height $=$ initial$\_$height $*$ bounciness$\_$index

total$\_$distance $+=2*$ bounce$\_$height # Distance to the floor $+$ Distance back up

initial$\_$height $=$ bounce$\_$height

bounce$\_$count $+=1$

return total$\_$distance

# User inputs

initial$\_$height $=$ float$($input$("$Enter the initial height from which the ball is dropped $($in feet$)$: $"))$

bounciness$\_$index $=$ float$($input$("$Enter the bounciness index $($e$.$g$.,0\mathrm{.}6$ for $60\%$ bounce$)$: $"))$

num$\_$bounces $=$ int$($input$("$Enter the number of bounces: $"))$

# Calculate and display total distance using FOR loop

total$\_$distance$\_$for $=$ calculate$\_$total$\_$distance$($initial$\_$height, bounciness$\_$index, num$\_$bounces$)$

print$($f$"$Total distance traveled using FOR loop: $\{$total$\_$distance$\_$for:$\mathrm{.}2$f$\}$ feet"$)$

# Calculate and display total distance using WHILE loop

total$\_$distance$\_$while $=$ calculate$\_$total$\_$distance$\_$while$($initial$\_$height, bounciness$\_$index, num$\_$bounces$)$

print$($f$"$Total distance traveled using WHILE loop: $\{$total$\_$distance$\_$while:$\mathrm{.}2$f$\}$ feet"$)$