All 13 - Physics (Optics)

094 – Calculating the illuminated area based on light source distance (TBD)
094 – Calculating the illuminated area based on light source distance (TBD)

095 – The law of specular reflection (TBD)
095 – The law of specular reflection (TBD)

096 – Formation of multiple Images with two plane mirrors (TBD)
096 – Formation of multiple Images with two plane mirrors (TBD)

097 – Characteristics of images formed by a concave spherical mirror (TBD)
097 – Characteristics of images formed by a concave spherical mirror (TBD)

098 – The relationship between 𝓁o; 𝓁i; and f (TBD)
098 – The relationship between 𝓁o; 𝓁i; and f (TBD)

099 – Analyzing how a telescope works (TBD)
099 – Analyzing how a telescope works (TBD)

100 – Measuring the refractive index of a transparent substance (TBD)
100 – Measuring the refractive index of a transparent substance (TBD)

101 – Relationship between the critical angle and the refractive index of a substance (TBD)
101 – Relationship between the critical angle and the refractive index of a substance (TBD)

102 – Characteristics of images formed by a converging lens (TBD)
102 – Characteristics of images formed by a converging lens (TBD)

103 – Modeling an optical microscope (TBD)
103 – Modeling an optical microscope (TBD)

104 – Building a rear-view mirror (TBD)
104 – Building a rear-view mirror (TBD)

105 – Using a refractometer (TBD)
105 – Using a refractometer (TBD)