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111年 - 111 臺北市西松高級中學教師甄選:物理科#108199
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題組內容
For Questions 11.-18. please answer in English. Answers written in Chinese will result in zero scores. 5 points each.
12. As IBDP physics teachers, how can we integrate IA and EE to facilitate students' science learning?
其他申論題
(1) 請問從素養導向教學的觀點看來,一般高中生學習繞射的原因為何?(2 分)
#464200
(2) 單狹縫繞射實驗中, 分別從狹縫的兩邊緣處到達第一暗紋的光程差是 波長的多少倍?(3 分)
#464201
10. 將一小燈泡接到一個電動勢為 6.3 伏特,內電阻不為零的電池上。電池輸出 的電流是 0.6 安培,小燈泡消耗的電功率是 3.6 瓦特,則電池的內電阻為幾 歐姆?
#464202
11. A single pulse of light enters an optic fibre which contains small impurities that scatter the light. Explain the effect of these impurities on the pulse.
#464203
13. The Feynman diagram below represents a β - decay via the weak interaction process. Time is shown as upwards. The wiggly line represents a virtual exchange particle. State what is meant by virtual exchange particle.
#464205
14. The two point sources A and B emit light of the same frequency. The light is incident on a rectangular narrow slit and, after passing through the slit, is brought to a focus on the screen. B is covered. Sketch a graph to show how the intensity I of the light from A varies with distance along the screen. Label the curve you have drawn A.
#464206
15. This question is about an ideal gas. The graph shows how the pressure P of a sample of fixed mass of an ideal gas varies with volume V. The temperature of the gas at point A is 85 °C. The gas can change its state to that of point C either along route ABC or route ADC. Compare, without any calculation, the work done and the thermal energy supplied along route ABC and route ADC.
#464207
16. There is a proposal to power a space satellite X as it orbits the Earth. In this model, X is connected by an electronically-conducting cable to another smaller satellite Y. Satellite X must release ions into the space between the satellites. Explain why the current in the cable will become zero unless there is a method for transferring charge from X to Y.
#464208
17. Two cells of negligible internal resistance are connected in a circuit. The top cell has electromotive force (emf) 12V. The emf of the lower cell is unknown. The ideal ammeter reads zero current. Calculate the emf E of the lower cell.
#464209
18. A beam of electrons each of de Broglie wavelength m is incident on a thin film of silicon-30. The variation in the electron intensity of the beam with scattering angle is shown below. Use the graph to show that the nuclear radius of silicon-30 is about 4 fm.
#464210