Apply and Analyze Date Class Name ACTIVITY 10-1 Split Type Dowel Refer to Activity Print 10-1. Study the drawing and familiarize yourself with the views, dimensions, title block, and notes. Read the questions, refer to the print, and write your answers in the blanks provided. 1. Which part has the longest length? 1. 2. Which part has the smallest tolerance for the outside diameter? 2. 3. What diameter will "B" become when assembled in a 0.500 hole? 3. 4. Which part numbers require four parts? 5. What was revision C? 6. What material is used for the split dowels? 4. 5. 6. 7. What is the unspecified tolerance for angular dimensions? 8. What is the high limit for "F" on Part No. 4005148? 7. 8. 9. If the outside diameter of Part No. 4006953 is at the high limit and the wall thickness is .060, what will the high and low limits of diameter "B" become when assembled in a 0.726 hole? 9. 10. How is diameter "A" checked? 11. What scale is the print? 10. 11. 12. What is the maximum tolerance for diameter A among 12. the various parts? 13. What is the tolerance on "F" the chamfer angle? 13. 14. How square must the ends of the dowel be with the axis? 14. 15. If the chamfer lengths of Part No. 4006953 are at the high limit and the total dowel length at the low limit, how long will the bearing surface of the dowel be? 16. If the chamfer lengths of Part No. 4005851 are at the low limit and the total dowel length at the low limit, how long will the bearing surface of the dowel be? 17. What is the maximum allowable length for Part No. 4005149? 15. 16. 17. 18. Which part number was added last to the print? 18. Apply and Analyze Date Class Name ACTIVITY 10-1 Split Type Dowel Refer to Activity Print 10-1. Study the drawing and familiarize yourself with the views, dimensions, title block, and notes. Read the questions, refer to the print, and write your answers in the blanks provided. 1. Which part has the longest length? 1. 2. Which part has the smallest tolerance for the outside diameter? 2. 3. What diameter will "B" become when assembled in a 0.500 hole? 3. 4. Which part numbers require four parts? 5. What was revision C? 6. What material is used for the split dowels? 4. 5. 6. 7. What is the unspecified tolerance for angular dimensions? 8. What is the high limit for "F" on Part No. 4005148? 7. 8. 9. If the outside diameter of Part No. 4006953 is at the high limit and the wall thickness is .060, what will the high and low limits of diameter "B" become when assembled in a 0.726 hole? 9. 10. How is diameter "A" checked? 11. What scale is the print? 10. 11. 12. What is the maximum tolerance for diameter A among 12. the various parts? 13. What is the tolerance on "F" the chamfer angle? 13. 14. How square must the ends of the dowel be with the axis? 14. 15. If the chamfer lengths of Part No. 4006953 are at the high limit and the total dowel length at the low limit, how long will the bearing surface of the dowel be? 16. If the chamfer lengths of Part No. 4005851 are at the low limit and the total dowel length at the low limit, how long will the bearing surface of the dowel be? 17. What is the maximum allowable length for Part No. 4005149? 15. 16. 17. 18. Which part number was added last to the print? 18.

Apply and Analyze Date Class Name ACTIVITY 10-1 Split Type Dowel Refer to Activity Print 10-1. Study the drawing and familiarize yourself with the views, dimensions, title block, and notes. Read the questions, refer to the print, and write your answers in the blanks provided. 1. Which part has the longest length? 1. 2. Which part has the smallest tolerance for the outside diameter? 2. 3. What diameter will "B" become when assembled in a 0.500 hole? 3. 4. Which part numbers require four parts? 5. What was revision C? 6. What material is used for the split dowels? 4. 5. 6. 7. What is the unspecified tolerance for angular dimensions? 8. What is the high limit for "F" on Part No. 4005148? 7. 8. 9. If the outside diameter of Part No. 4006953 is at the high limit and the wall thickness is .060, what will the high and low limits of diameter "B" become when assembled in a 0.726 hole? 9. 10. How is diameter "A" checked? 11. What scale is the print? 10. 11. 12. What is the maximum tolerance for diameter A among 12. the various parts? 13. What is the tolerance on "F" the chamfer angle? 13. 14. How square must the ends of the dowel be with the axis? 14. 15. If the chamfer lengths of Part No. 4006953 are at the high limit and the total dowel length at the low limit, how long will the bearing surface of the dowel be? 16. If the chamfer lengths of Part No. 4005851 are at the low limit and the total dowel length at the low limit, how long will the bearing surface of the dowel be? 17. What is the maximum allowable length for Part No. 4005149? 15. 16. 17. 18. Which part number was added last to the print? 18. Apply and Analyze Date Class Name ACTIVITY 10-1 Split Type Dowel Refer to Activity Print 10-1. Study the drawing and familiarize yourself with the views, dimensions, title block, and notes. Read the questions, refer to the print, and write your answers in the blanks provided. 1. Which part has the longest length? 1. 2. Which part has the smallest tolerance for the outside diameter? 2. 3. What diameter will "B" become when assembled in a 0.500 hole? 3. 4. Which part numbers require four parts? 5. What was revision C? 6. What material is used for the split dowels? 4. 5. 6. 7. What is the unspecified tolerance for angular dimensions? 8. What is the high limit for "F" on Part No. 4005148? 7. 8. 9. If the outside diameter of Part No. 4006953 is at the high limit and the wall thickness is .060, what will the high and low limits of diameter "B" become when assembled in a 0.726 hole? 9. 10. How is diameter "A" checked? 11. What scale is the print? 10. 11. 12. What is the maximum tolerance for diameter A among 12. the various parts? 13. What is the tolerance on "F" the chamfer angle? 13. 14. How square must the ends of the dowel be with the axis? 14. 15. If the chamfer lengths of Part No. 4006953 are at the high limit and the total dowel length at the low limit, how long will the bearing surface of the dowel be? 16. If the chamfer lengths of Part No. 4005851 are at the low limit and the total dowel length at the low limit, how long will the bearing surface of the dowel be? 17. What is the maximum allowable length for Part No. 4005149? 15. 16. 17. 18. Which part number was added last to the print? 18.