$3\mathrm{.}3$ Creating an $8-$bit using logism show a picture as well

Review the $$Wire bundle$$ section of the Logisim documentation and complete the following:

$1.$ Open the Ex$3\mathrm{.}3-8$bitadd workspace from your Lab $01$ circuit library.

$2.$ Download and load the add$4.$circ file to your circuit library. $($This will allow you to insert

$4-$adder circuits$).$ Add two $4-$adders to the workspace.

$3.$ Create two $8-$bit wide input pins named Arg$1$ and Arg$2.$

$4.$ Create a $1-$bit wide output pin named Cout.

$5.$ Create an $8-$bit wide output pin named Sum.

$6.$ Attach East$-$facing splitters to Arg$1$ and Arg$2.$ Before adding these splitters, make sure the

bit$-$width is $8$ and the fan$-$out is $2.$ Make sure the fan wires are not blue.

$7.$ Attach a West$-$facing splitter to Sum. Its wires will be blue.

$8.$ Implement the connections between the adders that will allow the two $4-$adders to work

together to perform the function of an $8-$bit adder.

$9.$ Connect the input of each adder $($or half adder$)$ to the corresponding wire of the splitter

connected to Arg$1.$

$10.$ Repeat for Arg$2.$

$11.$ Test your circuit. A truth table is not required