Most linked-to pages

Showing below up to 50 results in range #31 to #80.

31. Hausmann Study (15 links)
32. Explicit instruction (15 links)
33. Example (14 links)
34. Hausmann Study2 (14 links)
35. Does learning from worked-out examples improve tutored problem solving? (14 links)
36. Booth (14 links)
37. Andes (14 links)
38. Implicit instruction (13 links)
39. In vivo experiment (13 links)
40. Learning event space (13 links)
41. Procedural (12 links)
42. Collaboration (12 links)
43. Strength (12 links)
44. Integration (11 links)
45. Gaming the system (11 links)
46. Optimizing the practice schedule (11 links)
47. Craig questions (11 links)
48. Bridging Principles and Examples through Analogy and Explanation (10 links)
49. Walker A Peer Tutoring Addition (10 links)
50. Optimized scheduling (10 links)
51. Fluency (10 links)
52. Reflective Dialogues (Katz) (10 links)
53. Metacognition (10 links)
54. Metacognition and Motivation (10 links)
55. Cue validity (10 links)
56. Feature focusing (10 links)
57. Craig observing (10 links)
58. Co-training (10 links)
59. Availability (10 links)
60. Collaboration scripts (10 links)
61. Reflection questions (9 links)
62. Fostering fluency in second language learning (9 links)
63. Conceptual knowledge (9 links)
64. Visual-verbal integration (9 links)
65. FrenchCulture (9 links)
66. Using Elaborated Explanations to Support Geometry Learning (Aleven & Butcher) (9 links)
67. Cognitive load (9 links)
68. Cognitive tutor (9 links)
69. Retention (9 links)
70. Focusing (9 links)
71. Help Lite (Aleven, Roll) (9 links)
72. Cue availability (8 links)
73. Optimal spacing interval (8 links)
74. Cue reliability (8 links)
75. Mapping Visual and Verbal Information: Integrated Hints in Geometry (Aleven & Butcher) (8 links)
76. Note-Taking Technologies (8 links)
77. Visual Representations in Science Learning (8 links)
78. Competition (8 links)
79. Contiguous Representations for Robust Learning (Aleven & Butcher) (8 links)
80. Ringenberg Examples-as-Help (8 links)