Problems in Descriptive Geometry

Front Cover Front Jacket Title Page CONTENTS PART ONE 1. ORTHOGONAL PROJECTION 2. THE POINT 3. THE STRAIGHT LINE 4. AN ORTHOGONAL SYSTEM OF THREE PLANES OF PROJECTION 5. MUTUAL POSITIONS OF A POINT AND A LINE-SEGMENT 6. TRACES OF A LINE 7. THE RELATIVE POSITIONS OF TWO STRAIGHT LINES 8. DETERMINING THE LENGTH OF A LINE-SEGMENT AND THE ANGLE SOF INCLINATION OF A LINE TO THE PLANES OF PROJECTION 9. DIVIDING A SEGMENT OF A STRAIGHT LINEIN A GIVEN RATIO 10. PROJECTING OF ANGLES PART TWO 11. THE PLANE 12. SPCECIFYING A PLANE BY ITS TRACES.LINES AND POINTS IN A GIVEN PLANE 13. INTERSECTION OF PLANES SPECIFIED BY TRACES 14. A LINE CUTTING A PLANE 15. PARALLELISM OF A STRAIGHT LINE AND A PLANE. PARALLELISM OF PLANES 16. A LINE PERPENDICULAR TO A PLANE. MUTUALLY PERPENDICULAR PLANES PART THREE 17. THE METHOD OF REVOLUTION. DISPLACEMENT PARALLELTO THE PROJECTION PLANES 18. THE COINCIDENCE METHOD. REVOLVING ABOUT HORIZONTAL AND FRONTAL LINES 19. REPLACING PLANES OF PROJECTION 20. DETERMINING DISTANCES 21. DETERMINING ANGLES PART FOUR 22. A POLYHEDRON CUT BY A PLANE. THE DEVELOPMENT OF POLYHEDRONS 23. THE RELATIVE POSITIONS OF A PLANE AND A SURFACE 24. THE DEVELOPMENT OF CURVED SURFACES 25. INTERSECTION OF A STRAIGHT LINE WITH A CURVED SURFACE 26. THE INTERSECTION OF SURFACES PART FIVE 27. REVIEW PROBLEMS