$=$CONBIN:$=$proc$(n)$# define the procedure

local binary;

if type$(n,$ 'posint'$)$ then binary :$=$ convert$(n,$ binary$)$; # It first checks if the input is a positive integer.$\text{'}$

return cat $(\text{'}$The integer $\text{'},n,\text{'}$ converts into its binary equivalent', binary$)$;

#If it is$,$ it converts the integer to binary using the convert function and concatenates the result into a sentence.

else return 'Input must be a positive integer'; end if; #If the input is not a positive integer, it returns an error message.

end proc;

CONBIN :$=$ proc $(n)$

local binary;

if type$(n,$ 'posint'$)$ then

binary :$=$ convert$(n,$ binary$)$; return cat $(\text{'}$The $*$ integer', $n,$ 'converts $**$ into $**$ its $*$ binary $*$ equivalent', binary$)$

else

return 'Input $*$ must $*$ be$*a*$ positive $*$ integer'

end if

end proc

CONBIN$(10)$; #if the input is a positive integer, say $10,$ the procedure will convert it to binary equivalent of $1010$

The$*$integerl Oconverts its $*$binary $*$equivalent $1010$

CONBIN$(-10)$# if the input is a negative integer, say $-10,$ then there will be an error message.

Input must be a positive integer

#CAN YOU HELP? I want the output of COBIN$(10)$ BE

The integer $10$ converts into its binary equivalent of $1010.$ instead of

The ${?}^{**}$ integer $10$ converts $**$ into $**$ its $**$ binary $*$ equivalent$1010.$ i$.$e$.$ remove the stars and add space