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9. How many full threads are exposed beyond the nut in the shown assembly on "Sht 1 of 2"125 pts.] To ensure maximum poi

Posted: Sun May 15, 2022 10:18 pm
by answerhappygod
9 How Many Full Threads Are Exposed Beyond The Nut In The Shown Assembly On Sht 1 Of 2 125 Pts To Ensure Maximum Poi 1
9 How Many Full Threads Are Exposed Beyond The Nut In The Shown Assembly On Sht 1 Of 2 125 Pts To Ensure Maximum Poi 1 (45.29 KiB) Viewed 63 times
9 How Many Full Threads Are Exposed Beyond The Nut In The Shown Assembly On Sht 1 Of 2 125 Pts To Ensure Maximum Poi 2
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9 How Many Full Threads Are Exposed Beyond The Nut In The Shown Assembly On Sht 1 Of 2 125 Pts To Ensure Maximum Poi 3
9 How Many Full Threads Are Exposed Beyond The Nut In The Shown Assembly On Sht 1 Of 2 125 Pts To Ensure Maximum Poi 3 (32.68 KiB) Viewed 63 times
9 How Many Full Threads Are Exposed Beyond The Nut In The Shown Assembly On Sht 1 Of 2 125 Pts To Ensure Maximum Poi 4
9 How Many Full Threads Are Exposed Beyond The Nut In The Shown Assembly On Sht 1 Of 2 125 Pts To Ensure Maximum Poi 4 (32.05 KiB) Viewed 63 times
9. How many full threads are exposed beyond the nut in the shown assembly on "Sht 1 of 2"125 pts.] To ensure maximum points, follow these simple steps. a. Write your name on "Sht 1 of 2" and "Sht 2 of 2 b. Use the view on "Sht 1 of 2" to draw the vectors & Identify the "gap" c. Clearly mark the +/- directions d. Use the attached Stack analysis sheet to complle the data and complete your calculations. Only fill in the boxes that have not been crossed out. e. Both of the 11x17 sheets need to be turned in at the end of the exam. t. Calculate the Minimum and Maximum number of exposed threads beyond the nut. 1 10. Your marketing department has just sent over a sketch of the next new product idea on a napkin (see section D-D). Your task is to generate three detail drawings and send it over to the manufacturing department to produce the first prototype. All the necessary views have been generated for you, but they are lacking sufficient information to allow the machinist to make the part. Complete each of these drawings so that: a) the parts can be produced b) parts will mate up each and every time c) you can minimize the rejection rate, and d) there won't be a need for a hammer to get the pieces assembled (25 pts.] Here are some hints: a. What are the datums? b. Are there any missing dimensions? c. Are there any missing GD&T (L.e. Feature control frames) d. If you do any calculations, clearly show how you arrived at the numbers.
011 F 20 010 2011 -62.84.1.12 011 0131 1000" 01.11 . BIRTS - 0610 10 ( X-1) 1 X-3 | ( X-2) 500 -20 UNJENA 1 500:010 500 001 550.010 3125 005 WZ I 200+ 004 156 002 (X-5) 100 FLSO 2 I 9-X) 1 X-4 | NAME: SAT 2 OF 2 QUESTION #9 PAGE 6
X-6 NAME X-1 Y- Y-3 SAT / 2 PAGE 5 QUESTION #9