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Create a New AutoCAD file and sketch the entire boxcircle on proper layers, using proper dimensions and finally placing the points and x and y grid on the drawing. Save your sketch as boxcircle.dwg. Open the Visual AutoLISP editor and code the boxcircle problem using the Construction coding method. Save the code as boxcircle.lsp.

Create a New AutoCAD file and sketch the entire angle on proper layers, using proper dimensions and finally placing the points and x and y grid on the drawing. Save your sketch as anglemaker.dwg. Open the Visual AutoLISP editor and code the anglemaker problem using the Construction coding method. Save the code as anglemaker.lsp.

Create a New AutoCAD file and sketch the entire channel on proper layers, using proper dimensions and finally placing the points and x and y grid on the drawing. Save your sketch as channel.dwg. Open the Visual AutoLISP editor and code the channel problem using the Construction coding method. Save the code as channel.lsp.

Create a New AutoCAD file and sketch the entire bathtub on proper layers, using proper dimensions and finally placing the points and x and y grid on the drawing. Save your sketch as bathtub.dwg. Open the Visual AutoLISP editor and code the bathtub problem using the Construction coding method. Save the code as bathtub.lsp.

Create a New AutoCAD file and sketch the entire window on proper layers, using proper dimensions and finally placing the points and x and y grid on the drawing. Save your sketch as window.dwg. Open the Visual AutoLISP editor and code the window problem using the Construction coding method. Save the code as window.lsp.

Create a New AutoCAD file and sketch the entire door on proper layers, using proper dimensions and finally placing the points and x and y grid on the drawing. Save your sketch as door.dwg. Open the Visual AutoLISP editor and code the door problem using the Construction coding method. Save the code as door.lsp.

Create a New AutoCAD file and sketch the entire I-beam on proper layers, using proper dimensions and finally placing the points and x and y grid on the drawing. Save your sketch as ibeam.dwg. Open the Visual AutoLISP editor and code the ibeam problem using the Construction coding method. Save the code as ibeam.lsp.

Create a New AutoCAD file and sketch the entire bearing plate on proper layers, using proper dimensions and finally placing the points and x and y grid on the drawing. Save your sketch as bearing plate.dwg. Open the Visual AutoLISP editor and code the bearing plate problem using the Construction coding method. Save the code as bearing_plate.lsp.

Open the Visual AutoLISP editor and code the adding problem using the Construction coding method. Save the code as adding.lsp.

Open the Visual AutoLISP editor and code the subtract problem using the Construction coding method. Save the code as subtract.lsp.

Open the Visual AutoLISP editor and code the multiplying problem using the Construction coding method. Save the code as multiply.lsp.

Open the Visual AutoLISP editor and code the dividinging problem using the Construction coding method. Save the code as divide.lsp.

Open the Visual AutoLISP editor and code the Pythagorean Theory problem using the Construction coding method. Save the code as ptheory.lsp.

Create a New AutoCAD file and type the entire set of mechanical notes on proper layers, using proper dimensions and finally placing the points and x and y grid on the drawing. Save your drawing as notemaker.dwg. Open the Visual AutoLISP editor and code the notes problem using the Construction coding method. Save the code as notemaker.lsp.

Within two hours, create a new AutoCAD file where you display the titleblock information and then open the Visual AutoLISP editor and code the problem using the Construction coding method. Save the code each coding problem as titleblock.lsp.

Within two hours, create a new AutoCAD file where you display a regular Bill of Material and then open the Visual AutoLISP editor and code the problem using the Construction coding method. Save the code each coding problem as rawbom.lsp.

Within two hours, create a new AutoCAD file where you display the Revision Block information and then open the Visual AutoLISP editor and code the problem using the Construction coding method. Save the code each coding problem as revblock.lsp.

Create a New AutoCAD file and draw the wall section of a residential home on proper layers, using proper dimensions and finally placing the points and x and y grid on the drawing. Save your drawing as wallsection.dwg. Open the Visual AutoLISP editor and code the wallsection problem using the Construction coding method. Save the code as wallsection.lsp.

Within two hours, create a new AutoCAD file where you display the text and then open the Visual AutoLISP editor and code the problem using the Motion coding method. Save the code the problem as motion2.lsp.

Within two hours, create a new AutoCAD file where you display the text and then open the Visual AutoLISP editor and code the problem using the Motion coding method. Save the code the problem as motion3.lsp.

Within two hours, create a new AutoCAD file where you display the Footstool Assembly and then open the Visual AutoLISP editor and code the problem using the Motion coding method. Save the code the problem as motion4.lsp.

Within two hours, create a new AutoCAD file where you display the Footstool Assembly and then open the Visual AutoLISP editor and code the problem using the Motion coding method. Save the code the problem as motion4.lsp.

Within two hours, create a new AutoCAD file where you display the foundation wall, footer, pilasters, beam and lolly columns. Open the Visual AutoLISP editor and code the problem using the Construction coding method. Save the code the problem as foundation.lsp.

Within two hours, create a new AutoCAD file where you display the side view of a stairway. Open the Visual AutoLISP editor and code the problem using the Construction coding method. Save the code the problem as stairs.lsp.