PHY 312 -- Teaching Physics from the Historical
Perspective
Illinois State University Physics Department
Physics Teacher Education Program
Carl J. Wenning, Program Coordinator
Course Objective Assessed: (1) The student will teach from the historical perspective one 50-minute physics lessons that employs an inquiry-oriented approach, that are appealing to and age-appropriate for secondary school learners, and perform a follow-up self assessment. |
Discussion Leader: ________________________________ | Peer Evaluator: ____________________________________ |
Standard |
Excellent (4 pts) |
Good (3 pts) |
Fair (2 pts) |
Poor /Unacc (1-0 ) |
Score |
|
The following rubrics relate to the history component of the lesson: | ||||||
A. | Learner observes demonstration or participates in lab activity of historical significance. | Learner engaged in historically important activity in such a way that need for an explanation is clearly evident. | Learner engaged in relevant activity in such a way that need for an explanation is clearly evident. | Learner poorly engaged in relevant activity in such a way that need for an explanation is clearly evident. | Learner poorly engaged in activity or activity of no historical significance or relevance. | |
The following rubrics relate to the inquiry component of the lesson: | ||||||
B. | Learner engages in finding answers to a scientifically- oriented focus question. | Learner designs and conducts an experiment to create scientific knowledge from an analysis of data. | Learner follows directions provided by instructor to create scientific knowledge from an analysis of data. | Learner follows directions provided by instructor to verify information previously provided by instructor. | Learner merely responds (by rote) to a series of questions posed by instructor. | |
C. |
Learner engages in inquiry-oriented classroom discourse. | Learner leads and dominates classroom discourse that clearly focuses on scientific- ally oriented questions. | Learner involved in classroom discussion but has to be regularly mentored by instructor to do so. | Learner somewhat disengaged from scientific discourse related to discussion. | Learner unengaged in scientific discourse related to discussion. | |
D. |
Learner gives priority to evidence in responding to questions. | Learner determines what constitutes evidence and collects it. | Learner directed to collect certain data. |
Learner given data and asked to analyze. | Learner given data and told how to analyze. | |
E. |
Learner formulates explanation from evidence. | Learner formulates explanation after summarizing evidence. | Learner guided in process of formulating explanations from evidence. | Learner given possible ways to use evidence to formulate explanation. | Learner provided with evidence. | |
F. |
Learner makes a connection between proposed explanation and established scientific knowledge. | Learner enunicates examples of application of knowledge derived from lesson. | Learner hears about examples of application of knowledge derived from lesson. | Learner asked to think about applications of knowledge derived from lesson. | Learner not requested or required to consider application of knowledge derived from lesson. | |
G. |
Learner communicates and justifies proposed explanations. | Learner forms reasonable and logical argument to communicate explanations. | Learner coached in development of communication. | Learner provided broad guidelines to use to sharpen communication. | Learner given steps and procedures for communication. |
Adapted from Essential Features of Classroom Inquiry (Table 2.6 of Inquiry & NSES.) See Chapter 2 of Inquiry & NSES for complete details.)