For this lab, a code should be created to achieve two goals.

$1.$ Input the color of the bands on the resistor and output the resistance.

$2.$ Input the desired resistance and output the band colors.

This code can then be used by any engineer who needs to determine the resistance of a given resistor or

select the correct resistor based on the band colors. Here the focus will be on $4$ band resistors, but you should

consider how you might update your code to work for a $5$ band resistor as well.

Determine if the user will be inputting band colors or the resistance value. If the user chooses to input

band colors, go to step $2$; if the user selects resistance value go to step $3.$

$2.$ Ask the user for their input. For a $4$ band resistor, consider only the first three bands; this code will not

output the tolerance indicated by the $4$th band. To make things easier, the user should input the colors

as a string array. E$.$g$.[$red$,$blue$,$grey$].$

a$.$ Using conditional statements, convert these values from colors to the appropriate numerical

values as shown on the table.

b$.$ Create a formatted output that displays the resistance value for the input colors

$3.$ Ask the user for their input. For a $4$ band resistor, the max value we expect would be $99\backslash$Omega $.$ To make

things easier, the user should input the value as a numerical array separating each digit. E$.$g$.$ a

resistance of $5500\backslash$Omega should be input as $[5,5,0,0].$

a$.$ Using conditional statements, convert these values from numbers to the appropriate colors as

shown on the table.

b$.$ Create a formatted output that displays the band colors for the user input resistance value.$\backslash$table$[]$