Provide images!!!! LabVIEW provides a function that converts a Boolean $($True$,$ False$)$ value into

a $1$ or $0.$ The function is available in the Mathematics Group:

Functions Palette $/$ Mathematics Group $/$ Numeric Group $/$

Conversion Group $/$ Boolean to $(0,1)$

That function can be used to convert a switch position to a zero or one, which

makes it possible to calculate the digital value of a set of three switches $($see

Figure $2\mathrm{.}53)$ used to set a three$-$bit binary value $(101$ in Figure $2\mathrm{.}53).$

Figure $2\mathrm{.}53$

Converting binary switch

settings to a decimal value.

The math is simpler than the explanation:

Result $=C{2}^2+B{2}^1+A{2}^0$

Where A$,$ B$,$ and C each have values of $0$ or $1$ depending on whether the switch

is open or closed.

a$.$ Create a VI similar to the front panel shown in Figure $2\mathrm{.}53,$ and use it to

determine the decimal value equivalent to the following binary numbers:

a$.001($C is off, $B$ is off, $A$ is on$)$

b$.010$

c$.101$

b$.$ Modify your VI to handle four$-$bit binary numbers by adding another

switch.