Consider the following classes; assume that each is defined in its own file.

class Eddie : public Kurt $\{$

public:

virtual void b$()\{$

a$()$;

cout $<<"$E B$"<<$ endl;

$\}$

$$

virtual void c$()\{$

cout $<<"$E C$"<<$ endl;

$\}$

$\}$;

$$

class Kurt $\{$

public:

virtual void a$()\{$

cout $<<"$K A$"<<$ endl;

c$()$;

$\}$

$$

virtual void c$()\{$

cout $<<"$K C$"<<$ endl;

$\}$

$\}$;

$$

class Chris : public Jerry $\{$

public:

virtual void b$()\{$

a$()$;

cout $<<"$C B$"<<$ endl;

$\}$

$$

virtual void c$()\{$

cout $<<"$C C$"<<$ endl;

Jerry::c$()$;

$\}$

$$

virtual void d$()\{$

cout $<<"$C D$"<<$ endl;

c$()$;

$\}$

$\}$;

$$

class Jerry : public Kurt $\{$

public:

virtual void a$()\{$

cout $<<"$J A$"<<$ endl;

$\}$

$$

virtual void c$()\{$

cout $<<"$J C$"<<$ endl;

Kurt::c$()$;

$\}$

$\}$;

Now assume that the following variables are defined:

Kurt$*$ var$1=$ new Jerry$()$;

Jerry$*$ var$2=$ new Chris$()$;

Kurt$*$ var$3=$ new Eddie$()$;

Kurt$*$ var$4=$ new Chris$()$;

Kurt$*$ var$5=$ new Kurt$()$;

In the table below, indicate in the right$-$hand column the output produced by the statement in the left$-$hand column. If the statement produces more than one line of output, indicate the line breaks with slashes as in $"$x $/$ y $/$ z$"$ to indicate three lines of output with $"$x$"$ followed by $"$y$"$ followed by $"$z$".$ If the statement does not compile, write "COMPILER ERROR". If a statement would crash at runtime or cause unpredictable behavior, write "CRASH".