1. PLS-CADD software is primarily used for:

2. PLS-CADD was developed by:

3. Tower used when line changes direction:

4. Tower used at the end of a line:

5. The lowest point of a conductor between towers is called:

6. Maximum sag occurs at:

7. Horizontal distance between two towers is called:

8. Conductor sag-tension calculations require:

9. Conductor curve between towers is called:

10. Tangent towers carry mainly:

11. Angle towers resist primarily:

12. Dead-end towers are designed for:

13. LiDAR survey is used in PLS-CADD to:

14. Insulators attach conductor to:

15. Shield wires protect line from:

16. Ruling span is:

17. Conductor sag decreases when:

18. Minimum phase-to-phase clearance prevents:

19. PLS-CADD can import terrain from:

20. Conductor tension is affected by:

21. Wind load on conductors depends on:

22. Ice load on conductors increases:

23. Clearance analysis ensures safety from:

24. Terminal towers are placed at:

25. PLS-CADD supports which coordinate system?

26. Line rating calculations depend on:

27. PLS-CADD can generate:

28. Conductor bundles reduce:

29. Suspension towers primarily carry:

30. Ruling span simplifies:

31. Tower spotting is:

32. Conductor attachment point is:

33. Clearance to vegetation ensures:

34. Weather loading cases include:

35. Structural analysis checks:

36. Stringing charts show:

37. Span length affects:

38. Conductor thermal expansion occurs due to:

39. PLS-CADD can optimize:

40. Clearance under conductors is critical for:

41. LiDAR data helps determine:

42. Conductor bundle increases:

43. Minimum conductor clearance is defined by:

44. PLS-CADD integrates with:

45. Towers crossing rivers usually require:

46. Tangent towers carry:

47. PLS-CADD generates:

48. Conductor attachment to tower occurs via:

49. Weather loading does NOT include:

50. Conductor tension increases when: