In the textbook (Machine Elements in Mechanical Design 6th Edition by Robert L. Mott, Edward M. Vavrek, and Jyhwen Wang) chapter 20 question 11. Im having trouble trying to understand and solve it with the information given to me. Image below. For Problems 7-12, design a welded joint to join the twomembers shown in the appropriate figure. Specify the weld pat-tern, the type of electrode to be used, and the size of weld. InProblems 7-9, the members are ASTM A36 steel. In Problems10-12, the members are ASTM A441 steel. Use the method oftreating the joint as a line, and use the allowable forces per inchof leg for building-type structures from Table 20-3.7. Figure P20-18. Figure P20-49. Figure P20-510. Figure P20-611. Figure P20-114.5 inP₁3000 lb6.5in9 in 412 in21.5 in-FIGURE P20-11 (Problems 11 and 12)P₂1200 lb

Given: To find: Design the welded joint

Answered: For Problems 7-12, design a welded…

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In the textbook (Machine Elements in Mechanical Design 6th Edition by Robert L. Mott, Edward M. Vavrek, and Jyhwen Wang) chapter 20 question 11. Im having trouble trying to understand and solve it with the information given to me. Image below.

For Problems 7-12, design a welded joint to join the two
members shown in the appropriate figure. Specify the weld pat-
tern, the type of electrode to be used, and the size of weld. In
Problems 7-9, the members are ASTM A36 steel. In Problems
10-12, the members are ASTM A441 steel. Use the method of
treating the joint as a line, and use the allowable forces per inch
of leg for building-type structures from Table 20-3.
7. Figure P20-1
8. Figure P20-4
9. Figure P20-5
10. Figure P20-6
11. Figure P20-11
4.5 in
P₁
3000 lb
6.5in
9 in 4
12 in
21.5 in-
FIGURE P20-11 (Problems 11 and 12)
P₂
1200 lb

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