Draw the front, top and right$-$side view for the three$-$dimensional object shown in Figure $2.$

i$.$ Use the provided dimensions in inches and a $1$:$1$ scale to create your views. Add dimensions as explained in class.

ii$.$ This problem must be solved on a separate page with the appropriate title block as explained in class. $[30$ pts$]$

Figure $2$: Wall Bracket for Orthographic Views.

$3.$ Solve the following problems using all your technical drawing instruments. Include all the dimensions in your drawings following the unidirectional method as explained in class. NO POINTS WILL BE GIVEN TO DRAWINGS WITHOUT DIMENSIONS.

a$.$ Draw inclined line $AB$ of $65$ mm long. Bisect it with line $CD.[10$ pts$]($a$)$

b$.$ Draw line JK of $95$ mm long. Draw a second line LM of $58$ mm long. Divide JK into five equal parts. Use a different method than you selected to divide line JK to divide line LM into three equal parts.

$10$ pts