Can you think of any advantages for communicating messages through graphics?

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TG Solutions

Name Basic Construction Sheet 1

Introduction to Drawing Date

1) Pictograms are often used in signs and symbols to convey messages through graphics. Given below are four common pictograms, - Identify what each symbol represents. - Reproduce the symbol using the partial drawing in the square grid supplied. - Colour or shade your completed drawing. (Slide 6)

2) During your studies of Technical Graphics you will learn how to represent 3-D objects on paper and on computer, but first you must develop a range of drawing skills. - Complete the word GRAPHICS using the square grid provided. (Slide 12)

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E=

F=

C= D=

115o

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TG Solutions

Name Basic Construction Sheet 6

Introduction to Drawing Date

4) Redraw the given logo using the point SP, given above, as the starting point for the drawing. (Slide 28)

2) Measure and label each of the given angles. (Slide 25)

1) Identify the drawing equipment shown in the diagram and explain what it is used for. (Slide 25) Equipment- Use-

A= B=

A B

D C

E

F

G=______

55o

G

3) Use your protractor to complete the given angle. (Slide 27)

SP 20o 20o

120

7

SP

20o 20o

What is vertex of an angle?

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TG Student Package Techncal Graphics

Sample Worksheets

1) View- (Slide 182)

2) View- (Slide 182)

3) View- (Slide 183)

Using the square grid provided sketch the orthographic view as indicated by the arrows in question 1-9. For each question identify if the view is a Plan or an Elevation.

7) View- (Slide 185)

8) View- (Slide 185)

9) View- (Slide 186)

4) View- (Slide 183)

5) View- (Slide 184)

6) View- (Slide 184)

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TG Solutions

Name Orthographic Projection 1 Sheet 2

Introduction to Orthographic Views Date

34

TG Student Package Techncal Graphics

Sample Worksheets

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TG Solutions

Name Orthographic Projection 1 Sheet 9

Sample Questions Date

1) Shown is a pictorial view of a solid. - Draw an elevation of the solid looking in from the direction of the arrow A. - Project a plan from the elevation. - Project an end view in the direction of arrow B. Insert any two dimensions into the drawing. (Slide 214)

2) Shown is a pictorial view of a solid. - Draw an elevation of the solid looking in from the direction of the arrow A. - Project a plan from the elevation. - Project an end view in the direction of arrow B. Insert any two dimensions into the drawing. (Slide 216)

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TG Solutions

Name Pictorial Drawing 1 Sheet 8

Introduction to Isometric Drawing Date

1) The plan and elevation of a solid is shown below. An incomplete isometric view is given to the left. -Complete the isometric view of the solid on the grid provided. (Slide 289, 292)

4) The plan and elevation of a solid is shown. An incomplete isometric view is given above. -Complete the isometric view of the solid on the grid provided. (Slide 295)

5) Given is the plan and elevation of a solid. -Draw a well proportioned isometric sketch of the solid on the grid provided. (Slide 296)

6) The plan and elevation of a solid is shown to the left. -Draw a well proportioned isometric sketch of the solid on the grid provided. (Slide 297)

2) Shown is the plan and elevation of a solid. An incomplete isometric view is given above. -Complete the isometric view on the grid provided. (Slide 293)

3) The plan and elevation of a solid is shown to the left. -Complete the isometric view on the grid provided. (Slide 294)

Key Concepts & Construction:

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TG Solutions

Name Auxiliary Projection Sheet 1

Introduction to Auxiliary Date

2) The plan and elevation of a solid is given, a 3D graphic of a solid is also shown. -Produce an auxiliary elevation with a viewing as indicated by the arrow A in the plan. (Slide 465)

3) The plan and elevation of a solid is given, a 3D graphic of the solid is also shown. -Produce an auxiliary plan with a viewing as indicated by the arrow A in the elevation. (Slide 467)

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1) Explain the following terms: Auxiliary Views Auxiliary Plane (Slide 464)

Key Concepts & Construction Notes:

Key Concepts & Construction Notes:

X Y

X Y

4) Briefly explain the different between an auxiliary elevation and auxiliary plan. (Slide 469)

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TG Solutions

Name Auxiliary Projection Sheet 2

Auxiliary Elevations Date

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45o

X Y

1) Given is the pictorial of a pyramid, the plan and elevation of the pyramid is also shown. -Produce an auxiliary elevation with a viewing direction at 45o as indicated by the arrow in the plan. (Slide 470)

X Y

30o

4) Given is the pictorial of a solid, the plan and elevation of the solid is also shown. -Produce an auxiliary elevation with a viewing direction at 30o as indicated by the arrow in the plan. (Slide 473)

X Y

2) The plan and elevation of a solid is given, a 3D graphic of the solid is also shown. -Produce an auxiliary elevation with a viewing direction as indicated by the arrow A in the plan. (Slide 471)

X Y

3) The plan and elevation of a house is given, a 3D graphic of the solid is also shown. -Produce an auxiliary elevation with a viewing direction as indicated by the arrow A in the plan. (Slide 472)

95

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Sample Worksheets

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TG Solutions

Name Pictorial Drawing 2 Sheet 5

The Isometric Scale Date

1) The figure shows the elevation and plan of a solid. - Draw the completed isometric projection of the solid using the isometric scale method. (Slide number 530)

15

15

65

15

10

80

10

15

15

15

15 15

80

25

45

2) Shown is the plan and elevation of a carry-on suitcase. - Draw the completed isometric projection of the suitcase using the isometric scale method. (Slide number 534)

30

50

15

80

50

20

15

30

25 15

90

50 Key Concepts :

112

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TG Solutions

Name Pictorial Drawing 2 Sheet 11

Axonometric Projection Introduction Date

Sp

15o

45o

15o

45o

1) Shown are the axonometric axes required for the isometric projection of a set of steps. The plan and elevation of the steps are positioned on the axes as shown. The isometric axes are given above. In the isometric axes provided: - Draw the plan orientated at 45° as shown to the right. - Draw the elevation orientated at 15o as shown. - Draw the completed axonometric projection of the steps. (Slide 556)

2) Shown are the axonometric axes required for the isometric projection of a castle turret. The plan and elevation of the turret are positioned on the axes as shown. Using Sp at the centre of the axes; - Draw the isometric axes shown. - Draw the plan orientated at 45° as shown. - Draw the elevation orientated at 15o as shown. - Draw the completed axonometric projection of the solid. (Slide 557)

Sp

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TG Student Package Techncal Graphics

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