The top figure is the TOP VIEW
Bottom Figure is the SECTIONAL FRONT VIEW
Bottom Right is the RIGHT HAND SIDE VIEW
THIS IS A THIRD ANGLE METHOD OF PROJECTION.
Below is the symbol of third angle projection
DRAWING -1: Draw the following views to describe the object in Figure D a sectional FRONT view on...
Draw the necessary orthographic views to describe the object in Figure D2. The drawing shall include the following views: a HALF SECTIONAL FRONT view from A a SIDE view from B ALL DIMENSIONS ARE IN MILLIMETRES PLOT THE DRAWING ON A SCALE OF 1:2. 58 32 0132 0115 5116 φ100 ф86 R4 φ64 010 THRU R3 070 ALL UNMARKED RADIIR 30 050 THRU в/ Draw the necessary orthographic views to describe the object in Figure D2. The drawing shall include...
Given: The front and top views of an object. Required: Draw the right side view and complete the bottom half as instructed. For part 2: Draw the right side view of surface 14,17,19,20,26. ORTHOGRAPHIC READING GIVEN: The front and top views of an object. 10 REQUIRED: Draw the right side view and complete the bottom half as instructed. 13 14 15 16 17 18. 26 20 22 Draw the right side view of surface 14,17,19,20,26. 14 26
1. Draw complete orthographic drawing of the objects shown in Figure 1 with full sectional front view. Also show the effect of intersection(s). ORTHOGRAPHIC AND SECTIONAL VIEWS 1. Draw complete orthographic drawing of the objects shown in Figure 1 with full sectional front view. Also show the effect of intersection(s). 20 Dia 46 22 616 R15 R24 30 22 RIS 42 (a) (b) -1/5- 15.15.20 24 40 20 50 Ss R20 R20 R20 R20 80 90 50 (d) Figure 1
ORTHOGRAPHIC AND SECTIONAL VIEWS 1. Draw complete orthographic drawing of the objects shown in Figure 1 with full sectional front view. Also show the effect of intersection(s). RIS 12 R24 ar -1/5 ben os R20 R.20 Je (d) Figure 1 30 20 Dia 8 22 616 RIS or 40 R24 RIS 74 22 42 a) (b) 30 20 Dia 8 22 616 RIS or 40 R24 RIS 74 22 42 a) (b)
Given the isometric view of the object (Figure 7-18) in page 245 in your text Draw front, top and right side views. Use an appropriate scale to fit all three views in one page in landscape orientation. Show all dimensions. Show all hidden and center lines using AutoCAD. METRIC -30 Figure P7-18 Saddle
A A-A A Drawing - redraw the given front and top views (don't draw the invisible edges and contours) and draw the section view as left side projection. Set all dimensions (dimension's numbers are measured from your drawing). Take a photo and upload it in Moodle by 15:30. Give name of your file “Name_Faculty number.jpg" (for example Elena_121314008.jpg). Later submission is not possible.
Given the isometric view of the object (Figure 7-13) in page 243 in your textDraw front, top and right side views. Use an appropriate scale to fit all three views in one page in landscape orientation. Show all dimensions. Show all hidden and center lines using AutoCAD.
STUDENT NUMBER Front, top, and left side views of the object are given. Sketch an isometric view of the object. This view must show the object as seen in the direction of the arrow. Draw using I I scale.
Project 5: Multiview Projection and Sectioning For the project 5 . Use the A3 paper (420 297) for drawing. . Views should be placed apart equidistantly .All dimensions in mm The isometric view of an object is shown in Figure 1 given below. Draw the following views in full scale using the FIRST ANGLE method of projection. Complete the dimensions. (a) The dront view (b) The left hand side view (c) The top view (d) The sectional right view. [Section...
Use grid paper to draw a three view drawing for the following object. Add dimensions to the appropriate views. 70 I.20 .70 0.50 4 HOLES 2.84 1.44 62 .25 2.76 1.42 01.00 .38 figure 2: Offset Plate