NGSS High School Physics
Next Generation Science Standards physical-science performance expectations (HS-PS2 forces, HS-PS3 energy, HS-PS4 waves) with linked labs.
英語以外のインターフェースでは、基準名や詳細が英語のまま表示される場合があります。
Forces and Newton's second law (HS-PS2-1)
Analyze data to support the claim that net force, mass, and acceleration are mathematically related.
Core
Extension
Conservation of momentum (HS-PS2-2)
Use mathematical models to show that the total momentum of a system is conserved when no net external force acts on it.
Core
Energy accounting in systems (HS-PS3-1)
Model how the change in energy of one part of a system relates to energy flows into and out of the rest of the system.
Core
Extension
Gravitational and electrostatic forces (HS-PS2-4)
Use Newton's law of gravitation and Coulomb's law to describe and predict the forces between objects.
Core
Thermal energy transfer (HS-PS3-4)
Investigate how thermal energy moves between objects at different temperatures toward a more uniform distribution.
Core
Wave properties (HS-PS4-1)
Relate the frequency, wavelength, and speed of waves traveling through different media.
Core
Practice
- 凸レンズ—実像 →
- 焦点—平行な出射光 →
- 拡大鏡（物で焦点距離内） →
- 凹レンズ—虚像 →
- 凹面鏡—実像 →
- 凸面鏡—虚像 →
- 平面鏡 →
- 見かけの深さ（平面界面） →
- 全内反射 →
- 2枚レンズ中継 →
- 複式顕微鏡（角拡大） →
- 双レンズ拡大 →
- 白色光プリズム →
- 最小偏向 →
- フリントガラスプリズム（強分散） →
- 薄（小頂角）プリズム →
- 水プリズム（彩虹） →
- 磨鏡者レンズ（由半径确定） →
- 正常な目 →
- 近視 →
- 近視矯正 →
- 遠視 →
- 遠視矯正 →
- ヤング二重スリット →
- 単スリット回折 →
- 回折回折格子 →
- 薄膜干渉 →
- 単純拡大鏡（角拡大） →
- 天文望遠鏡 →
- 複式顕微鏡（角拡大） →
- 直交偏光フィルター →
- 3枚偏光フィルターのパラドックス →
- 布儒斯特角 →
Electric current and magnetic fields (HS-PS2-5)
Show that an electric current can produce a magnetic field, and a changing magnetic field can produce an electric current.
Core
- 磁場中の運動電荷 →
- 電流の流れる導線 →
- ソレノイド磁場 →
- 変化する磁束 (ΔB) →
- 変化回路面积 (ΔA) →
- Faraday–Lenz (ΔB + ΔA) →
- 共振時の RLC →
- 共振から外れた RLC →
- 連動する定常状態 RLC →
Practice
Energy in particle motion and fields (HS-PS3-2)
Model energy at the macroscopic scale as either the motion of particles or energy stored in electric and magnetic fields.
Core
Wave-particle duality of light (HS-PS4-3)
Evaluate the evidence for describing electromagnetic radiation with either a wave model or a particle model.