B-3. The 3D graphic on the right shows an MP3 player docking station - Leaving Cert DCG - Question B-3 - 2012
Question B-3
B-3. The 3D graphic on the right shows an MP3 player docking station.
Fig. B-3 below shows an isometric view of the device.
(a) Draw an elevation of the device loo... show full transcript
Worked Solution & Example Answer:B-3. The 3D graphic on the right shows an MP3 player docking station - Leaving Cert DCG - Question B-3 - 2012
Step 1
Draw an elevation of the device looking in the direction of the arrow.
96%
114 rated
Only available for registered users.
Sign up now to view full answer, or log in if you already have an account!
Answer
To construct an elevation, start by outlining the rectangular shape of the docking station based on the dimensions given in the isometric view. The height of the docking station is 39mm and the width is 60mm. Ensure that the elevation captures the features such as the speaker grills and the flat top where the MP3 player would sit.
Step 2
Complete the elevation.
99%
104 rated
Only available for registered users.
Sign up now to view full answer, or log in if you already have an account!
Answer
Add details such as the speaker grills and outline the areas where they are recessed. Include any additional design features visible from this angle, such as the flush surface and textures. Make sure the elevation is proportionate and accurately represents the docking station as seen from the front.
Step 3
Draw a plan projected from the elevation.
96%
101 rated
Only available for registered users.
Sign up now to view full answer, or log in if you already have an account!
Answer
Begin by drawing the rectangular base of the docking station in the plan view. The dimensions should reflect the width and depth as viewed from above. Include features like the contour of the docking area and any visible design elements. Ensure that the plan maintains consistent proportions with the elevation.
Step 4
Complete the plan.
98%
120 rated
Only available for registered users.
Sign up now to view full answer, or log in if you already have an account!
Answer
Add details to the plan, such as the outline of the speaker grills and any other defining features. Ensure that the placement corresponds with the elevation observed earlier, allowing for a coherent representation of the docking station.
Step 5
Draw an auxiliary elevation of the device, projected from the plan.
97%
117 rated
Only available for registered users.
Sign up now to view full answer, or log in if you already have an account!
Answer
Begin by determining the position of the auxiliary elevation relative to surface A. Draw a horizontal line indicating the true dimensions of surface A, which should be determined from the plan. Use this reference to project more detailed views of the surface.
Step 6
Include projections from plan.
97%
121 rated
Only available for registered users.
Sign up now to view full answer, or log in if you already have an account!
Answer
From the plan, project vertical lines upwards to establish the height of features relevant to surface A. Use the respective measurements to ensure accuracy.
Step 7
Transfer heights from elevation.
96%
114 rated
Only available for registered users.
Sign up now to view full answer, or log in if you already have an account!
Answer
Carefully take the height measurements from the elevation and translate them to the auxiliary elevation, making sure all proportions remain consistent.
Step 8
Draw surface A.
99%
104 rated
Only available for registered users.
Sign up now to view full answer, or log in if you already have an account!
Answer
Outline the shape of surface A on the auxiliary elevation clearly, ensuring it reflects the true shape as projected from both the plan and elevation.
Step 9
Complete auxiliary elevation.
96%
101 rated
Only available for registered users.
Sign up now to view full answer, or log in if you already have an account!
Answer
Finalize the auxiliary elevation by adding any remaining details, textures, or annotations. Ensure that all elements are clearly defined for the viewer to understand the true dimensions and features of surface A.
Join the Leaving Cert students using SimpleStudy...