The Hack architecture is a $16-$bit Von Neumann platform with ROM $($instructions$)$ and RAM $($data memory$)$ that is shared.

A$.$ True B$.$ False

A C$-$instruction can be expressed in binary as: $111$ a d$1$ d$2$ d$3$ c $1c2c3c4c5c6$ j$1$ j$2$ j$3$ A$.$ True B$.$ False

The job of the globalstack is to save and restore the resources of all VM functions up the c alling hierarchy.

A$.$ True B$.$ False

High level programming means power of expression.

A$.$ True B$.$ False

There is absolutely no difference between an elementary VM command and a subroutine call A$.$ True B$.$ False

There are no public class fields in Jack.

A$.$ True B$.$ False

The following is valid Jack statement $($assume variable is declared$)$:

let $x={?}^{\text{'}}{C}^{\text{'}}$;

A$.$ True B$.$ False

The Hack architecture is a $16-$bit Von Neumann platform with ROM $($instructions$)$ and RAM $($data memory$)$ that is shared.

A$.$ True B$.$ False

The Computer chip implementation is made up of ONLY the Memory $($RAM$),$ CPU, and ROM $($ROM$32$k$)$ chips.

A$.$ True B$.$ False

The Memory $($RAM$/$ Data Memory$)$ is comprised of four parts: RAM$16$k$,$ Screen, Keyboard, and ROM$32$k chips. A$.$ True B$.$ False

An A$-$instruction can be expressed in binary as: $0vvvvvvvvvvvv$

A$.$ True B$.$ False

A C$-$instruction can be expressed in binary as: $111$ a d$1$d$2$ d$3$ c $1c2c3c4c5c6j1j2j3$

A$.$ True B$.$ False

Assembly program symbols typically fall into two categories: User$-$defined symbols and pre$-$defined symbols.

A$.$ True B$.$ False

SCREEN and KBD are examples of I$/$O pointers.

A$.$ True

B$.$ False