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Ch. 1 Introduction to the Instructional Design Process
Ch. 2 Identifying the Need for Instruction 18
Ch. 3 Learner Characteristics 36
Ch. 4 Task Analysis 50
Ch. 5 Instructional Objectives 68
Ch. 6 Designing the Instruction: Sequencing 90
Ch. 7 Designing the Instruction: Strategies 100
Ch. 8 Designing the Instructional Message 116
Ch. 9 Instructional Delivery Methods 138
Ch. 10 The Many Faces of Evaluation 160
Ch. 11 Developing Evaluation Instruments 182
Ch. 12 Support Services and Planning Tools 216
Ch. 13 The Role of the Instructional Designer 228
Ch. 14 Managing Instructional Development Services 240
Ch. 15 Using Evaluation to Enhance Programs: Conducting Formative and Summative Evaluations 252
App Sample Instructional Design Unit 281
Glossary 291
Index 295

This revision of a highly accessible best-seller is a succinct introduction to basic electric circuit analysis with balanced emphasis on time domain and frequency domain methods. The Fifth Edition has retained the format and features that have been well-received in previous editions, while being thoroughly revised to reflect recent trends and advances. The goal of this revision has been to clarify the flow of ideas through changes in order and emphasis, maintain a high degree of accessibility, and provide new examples and problems. This text is appropriate for one-or two-term introductory circuit analysis courses at the sophomore level for majors or non-majors. Other Key Features balanced emphasis given to the complementary time, phasor, and s domain approaches, which are the core of modern linear circuit analysis. New-modern op amp is presented as a versatile linear circuit element. New-highly motivational use of op amps with SPICE for exploratory active circuit design. optional SPICE tutorial material placed in clearly marked sections that can be skipped or de-emphasized. No reliance on SPICE or other computer methods in the remaining sections. all new end-of-chapter problems with a broad range of difficulty. Problems reinforce each exercise and example presented in the chapter. most solved examples and answered exercises are new, and many include practical, real world applications. new material on Bode plots and frequency-domain circuit performance. NEW-key equations are followed by a brief explanation to increase student comprehension of important mathematical concepts. New-addition of chapter summaries.