' 고등학교 생명과학 수업의 진단평가 및 형성평가에서 교실응답시스템의 활용 효과' 의 주제별 논문영향력
논문영향력 선정 방법
논문영향력 요약
주제
  • classroom response system
  • crs
  • diagnosticandformativeassessment
  • highschoollifescienceclass
  • personalizedfeedback
  • quizproblemsolving
  • 개인별피드백
  • 고등학교생명과학수업
  • 교실 응답 시스템
  • 문제 풀이
  • 진단평가및형성평가
동일주제 총논문수 논문피인용 총횟수 주제별 논문영향력의 평균
38 2

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' 고등학교 생명과학 수업의 진단평가 및 형성평가에서 교실응답시스템의 활용 효과' 의 참고문헌

  • 학교현장에서 이루어지는 ICT 활용에 대한 질적 고찰
    정한호 한국교육 36 (4) : 69 ~ 97 [2009]
  • 중학교 과학 수업에서 ICT 활용 실태에 대한 연구
    김운화 교육연구 51 : 181 ~ 204 [2011]
  • 고등학교 물리에서 원격 응답기를 활용한 수업의 효과
    정진선 현장과학교육 2 (2) : 95 ~ 104 [2008]
  • Who wants to be. . . The use of personal response system in statistics teaching
    Wit, E. MSOR Connections 3 (2) : 14 ~ 20 [2003]
  • Who Wants to Pass Math? Using Clickers in Calculus
    Strasser Strasser, N. Journal of College Teaching & Learning 7 (3) : 49 ~ 52 [2010]
  • Using clickers to improve student engagement and performance in an introductory biochemistry class
    Addison, S. Biochemistry and Molecular Biology Education 37 (2) : 84 ~ 91 [2009]
  • Using clickers to identify the muddiest points in large chemistry classes
    King King, D. B. Journal of Chemical Education 88 (11) : 1485 ~ 1488 [2011]
  • The story of formative assessment by professor Kim
    Kim, J. G. KangHyun Publisher [2008]
  • The impact of classroom evaluation practices on students
    Crooks, T. Review of Educational Research 58 (4) : 438 ~ 482 [1988]
  • The effects of formative assessment with detailed feedback on students’ science achievement, attitude, and interaction between teacher and students
    Lee, H. Journal of Korean Association for Science Education 20 (3) : 479 ~ 490 [2000]
  • The effects of a teaching strategy based on the interactive formative assessment in middle school science class
    Park, J. Y. Journal of Korean Association for Science Education 20 (3) : 468 ~ 478 [2000]
  • The effect of access time on online quiz performance in large biology lecture courses
    Metz, A. M. Biochemistry and Molecular Biology Education 36 : 196 ~ 202 [2008]
  • Teacher learning of technology-enhanced formative assessment
    Capobianco, B. M. Feldman, A. Annual Conference of the National Association for Research in Science Teaching [2008]
  • Tapper-interactive lecture system design for intelligent campus environment
    Ryu, G. H. Workshop presentation file in Korean Institute of Information Scientists and Engineers 38 (2A) : 63 ~ 66 [2011]
  • Study of educational using plan for new trendy ICT
    Kim, Y-A. [2011]
  • Strategy for driving SMART education. The report of strategy committee for national information
  • Promoting active learning using individual response technology in large introductory psychology classes
    Poirier, C. R. Teaching of Psychology 34 (3) : 194 ~ 196 [2007]
  • Peer instruction : Ten years of experience and results
    Crouch, A. H. American Journal of Physics 69 : 970 ~ 977 [2001]
  • Lecture-free high school biology using an audience response system
    Larry, J. B. The American Biology Teacher 70 (9) : 531 ~ 536 [2008]
  • Inquiry of formative assessment : 50 story
    Kim, J. G. Kyoyookbook [2010]
  • Innovative Use of a Classroom Response System during Physics Lab
    Walgren Walgren, J. The Physics Teacher 49 (1) : 30 ~ 32 [2011]
  • High school life science I(textbook)
    Shim, K-C. Visang education [2011]
  • Faculty viewpoints on teaching large-enrollmentscience courses with clickers
    MacArthur, J. L. Journal of Computers in Mathematics and Science Teaching 30 (3) : 251 ~ 270 [2011]
  • Experience of using an interactive audience response system in lecture
    Uhari, M. BMC Medical Education 3 : 12 ~ [2003]
  • Examining the effects of an electronic classroom responsesystem on student engagement and performance
    Bartsch Bartsch, R. A. Murphy Journal of Educational Computing Research 44 (1) : 25 ~ 33 [2011]
  • Evaluating the Effectiveness of a Personal Response Systemin the Classroom
    Collura Shaffer Shaffer, D. M. Teaching of Psychology 36 (4) : 273 ~ 277 [2009]
  • Effect of personal response systems on studentperception and academic performance in courses in a health sciences curriculum
    FitzPatrick, K. A. Advances in Physiology Education 35 (3) : 280 ~ 289 [2011]
  • Educational information white paper in the year of 2008
    Ministry of Education & Human Resources Development Korea Education and Research Information Service [2008]
  • Developmental study of SMART education running program creative problem solving
    Lee, J. [2012]
  • Crossing the Chasm with Classroom Response Systems
    Towns Towns, M. H. Journal of Chemical Education 87 (12) : 1317 ~ 1319 [2010]
  • Conserving time in theclassroom: The clicker technique
    Anderson, L. S. The Quarterly Journal of Experimental Psychology in the Schools 64 (8) : 1457 ~ 1462 [2011]
  • Clicker”technology promotes interactivity in anundergraduate nutrition course
    Weerts, S. E. Journal of Nutrition Education Behavior 41 (3) : 227 ~ 228 [2009]
  • Clickers in the large classroom : Current research and best-practice tips
    Caldwell, J. E. CBE-Life Science Education 6 (1) : 9 ~ 20 [2007]
  • Classroom response systems : A review of the literature
    Fies, C. Journal of Science Education and Technology 15 (1) : 101 ~ 109 [2006]
  • Classroom response system-mediated science learning with Englishlanguage learners
    Fies Langman Langman, J. Language & Education : An International Journal 24 (2) : 81 ~ 99 [2010]
  • Assessing student knowledge with instructional technology