If a welder completed 76 out of 190 welds so far, what is the percent of welds that has been completed?
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- the parts Answer the following elating to the drawing in figure (3a): 1- What is the name of the component? 2- What size is the oil hole? How far is the oil hole from the edge of the cylinder? 3- How many holes have to be drilled $12? 4- What is the overall height of the finished item? 5- What welding is specified by the symbol marked A? 6- How many pieces are used to make this item? 7- What sizes of welds are used? How thick is item 2? 8- What are the general tolerances? How many surfaces are machine finished? 63 all hole -4 holes 012 BO 3²8 44.00 5 ROUND BAR MINOR WEDS Section A-A 6 PARTS LIST 425x6 MS 70xBx56 MS 3 ROUND BAR BEOXDO MS 2 MAIN WEB 200xBx35 MS 1 BASE PLATE 200x400x120 MS ITEM DESCRIPTION SIZE MATL AND ENGINEERING DRAMA FRACED CHECKED TAFE: K BERYCES CONSORTIA TITLE SHAFT SUPPORT BEARING SCALE 12 02-MF 1- MY 98 F TYP 140 200 ← All welde et unicee indicated otherwise First CHANGE AMENDMENTS NOTE: 70/98 ISSUE DATE -A LZ DO ECH BY CKD 825 UN ES NOTED OTHERANSE TOLERANCES…What two units are used to show the minimum shearstrength of a spot weld?How does the bevel angle in a groove weld affect the filler metal volume?
- if a weldment is heated to correct distortion from welding, the maximum localized heat shall not exceed what temperature?3.) How many different types of welds are specified on the print and what are they? (Hint: look at the symbol on the reference line) 4.)For the weld between parts TP1 and TP2, what does the 3 mean? 5.)What standard should be used to interpret the weld symbols on this print? (Hint look at the notes given at the top of the print.) 6.) As indicated by the welding symbols, the welds to be made on ______________________?* a. the near side b. the far side c. both sides d. all around 7.)What note is found in the tail of the welding symbol? 8.)What is the name of this part? 9.)Who drew this print? 10.)What company was this print written for?7) On increasing the diameter of the SAW electrode, keeping the same current and arc length Width of the weld zone increases and Weld penetration decreases Both width of the weld zone and Weld penetration increases Width of the weld zone decreases and Weld penetration increases Both width of the weld zone and Weld penetration decreases