Question 3- The Extrude Cut feature in SOLIDWORKS can be used to create both through holes (holes that go all the way through a part) and counter bore holes (holes that do not go all the way through a part), such as the holes shown in the 2-dimensional image below.

Question 3- The Extrude Cut feature in SOLIDWORKS can be used to create both through holes (holes that go all the way through a part) and counter bore holes (holes that do not go all the way through a part), such as the holes shown in the 2-dimensional image below.

Welding: Principles and Applications (MindTap Course List)

8th Edition

ISBN:9781305494695

Author:Larry Jeffus

Publisher:Larry Jeffus

Chapter20: Shop Math And Weld Cost

Section: Chapter Questions

Problem 27R: Write the Pythagorean Theorem formula for a right triangle.

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Select the correct statement regarding the solid model shown below. pattern1 It is easiest to create the 18 holes in this model by sketching each individual hole and using the extruded boss/base feature. It is easiest to create the 18 holes in this model by sketching one individual hole
Solidworks
3 Select the correct statement below regarding the two solid model parts shown. (A) (B) It is easiest to first draw part (B) and then use SOLIDWORKS features to create part (A). It is easiest to first draw part (A) and then use SOLIDWORKS features to create part (B). Part (B) edges were created using the fillet tool rather than the chamfer tool. Part (A) cannot be created using the extrude tool.
cutting Instructions: Do not copy the drawing. Draw In third-angle orthographic projection, and to scale 1:1, the following views of the hinge: A sectional front view on A-A A top view ⚫ A right view (Show all hidden detail) Show the cutting plane in the top view . Label the sectioned view Note: All views must comply with the SABS 0111 Code of Practice for Engineering Drawing. Galaxy A05s Assessment criteria: ⚫ Sectional front view 026 12 042 66 [30] 11 10
F, = 50 N F2 = = 40 N -5 45° F1 = 20 N
I need the answer quickly
kindly answer it
for 2 can you please do a sketech veriation of it?
Okay I did everything you did but the only thing I didn't do was take away 10 degrees from my intitial angle, why did you do that?
3. GEOMETRY OF TECHNICAL DRAWING-TANGENCIES DDRAW TANGENT TO CIRCLE AT POINTP AND TANGENT FROMQ TO LOWER PORTON OF CIRCLE. 2 DRAW ARC TANGENT TO LINE AB AT B, AND THROUGH POINT C. A B DRAW ARC OF 30mm (1.20") R TANGENT TO GIVEN LINES SHOW CONSTRUCTION FOR POINTS OF TANGENCY. DRAW ARC OF 50 mm (2.00")R TANGENT TO GIVEN LINES. SHOW CONSTRUCTION FOR POINTS OF TANGENCY. DRAW ARC OF 30mm(1.20")R TANGENT TO GIVEN LINE 5 DRAW ARC OF 38 mm(1.50")R TANGENT TO GIVEN UNES. SHOW CONSTRUCTION FOR POINTS OF TANGENCY. 6. AND ARC. SHOW CONSTRUCTION FOR POINTS OF TANGENCY. 1.
The front and the top views of a machine component are given below. Please draw 1. The front view from A-A section surface 2. The top view as given 3. The left view after you ensure the isometric view of the component on a A3 drawing paper within a horizontal direction. (It is recommended to sketch up the isometric perspective view of the component on any draft paper before drawing the multiviews.) 4. Dimension the views based on the numbers given on views. Do not try to take the dimensions from the given views. Unknown dimensions should be taken symmetric, if needed. (Make a good dimensinoning distribution of each view. Do not leave dimensionless of any view or do not repeat the same dimension in different views.) Note: Do not forget to fill a proper title block on the right comer of the paper downward. 65 20 70 125 AT TA 30 30 07 09 32 09
Please build this on solidworks (create your own dimensions) and then provide a single drawing. Please also provide step by step on solidworks.