Draw the "A square" with tabWrite a helper function square $($t$,$sz$)$ that draws a square of side length sz with a turtle t$.$ You must use a for loop in the function. Add a docstring or a comment below the function header to specify the starting point of the square $($e$.$g$.$ top$-$left corner$).$Write a helper function $($name it as you like$)$ cubeTab$($t$,$sz$,$L$)$ that draws the top tab of the skeleton with a turtle t$.$ Refer to the picture for sz and L$.$ Add a docstring or a comment below the function header to specify the starting point of the square $($e$.$g$.$ top$-$left corner$).$In the main program, assign values for sz and L and invoke the helper functions to draw the square A and the top tab. This could be written as another function, if you prefer.Write a helper function square $(t,sz)$ that draws a square of side length sz with a turtle $t.$ You

must use a for loop in the function. Add a "docstring" or a comment below the function header

to specify the starting point of the square $($e$.$g$.$ top$-$left corner$).$

Write a helper function $($name it as you like$)$ cubeTab$($t$,$sz$,$L$)$ that draws the top tab of the

skeleton with a turtle $t.$ Refer to the picture for sz and $L.$

Write a function $($name it as you like$)$ B$\_$with$\_$tabs$(t,sz,L$ that draws the pattern with square B

with the left and right tabs$.$

Write a function $($name it as you like$)$ CAC$\_$with$\_$tabs$($t$,$sz$,$L$)$ that draws the squares CAC with the

left and right tabs$.$

In the main program, assign values for sz and L and invoke the helper functions to draw the

skeleton. You will have to move and$/$or change the orientation of the turtle according to its

position before invoking those functions.

Important: on a sketch of the cube skeleton, show your starting point and the main steps of

your code. Later you will have to explain your code to me$,$ and this will help you do that.