$($ii$)a=1,b=0,c=0$

$($iii$)a=2,b=5,c=1$

$($iv$)a=1,b=4,c=1$

$($v$)a=12,b=4$

$($vi$)a=12,b=5$

$($vii$)a=20,b=9$

$($viii$)$ length $=2,$ width $=2$

$($ix$)$ length $=10,$ width $=5$

$($a$)$

$=b^{****}2-4**a**$

$(d==0$ :

print $("$d is equal to $0")$

print $("$real$")$

if $(d>)$ :

print

print $("$d is

print $("$two roots"$)$

print $("$d is less than zero"$)$

print $("$imaginary$")$

$($c$)$

a$,$ b$,$ c$=$eval $($input $("$Enter a$,$b$,$c: $"))$

else:

$($b$)$

input $("$values of $a,b?"))$

$r=a\%b$ if $(r=0)$

if $(r==0$ : print $("$The remainder is zero"$)$

else: print $("$The remainder is non$-$zero"$)$

print $("$The remainder is non$-$zero"$)$ print $("$Remainder of a division b is: $",$ r$)$

$($d$)$

length, width $=$ eval$($input$("$Enter length and width: $"))$

if $($length $==$ width$)$:

print $("$The area of the square is: $",$ length$*$length$)$

print $("$The area of the rectangle is: $",$ length$*$width$)$

Exercise $3$: See the four program fragments below. Determine the outputs of the fragments in for the

following sets of values for $a,b,$ and $c,$ and length and width. Where the body of the if and$/$or else is

missing fill it in$.$

$($i$)a=1,b=1,c=1$