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  1. Science
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Light
1.5% root-mean-square flat-intensity laser beam formed using a
1.5% root-mean-square flat-intensity laser beam formed using a
1.5 Greatest Engineering Achievements of the 20th Century
1.5 Greatest Engineering Achievements of the 20th Century
1.4 Periodic Waves - IL Shared Learning
1.4 Periodic Waves - IL Shared Learning
1.4 Dispersion in an Optical Fibre
1.4 Dispersion in an Optical Fibre
1.3614039
1.3614039
1.3.6 Electromagnetic radiation Name Symbol Definition SI unit
1.3.6 Electromagnetic radiation Name Symbol Definition SI unit
1.3 Av3 (Word, 278 KB)
1.3 Av3 (Word, 278 KB)
1.138J/2.062J/18.376J, WAVE PROPAGATION MULTIPLE SCATTERING BY AN EXTENDED REGION OF INHOMOGENEITIES
1.138J/2.062J/18.376J, WAVE PROPAGATION MULTIPLE SCATTERING BY AN EXTENDED REGION OF INHOMOGENEITIES
1.13 Delano Diagram 1.14 Phase Space
1.13 Delano Diagram 1.14 Phase Space
1.1.1 Cells & the Microscope
1.1.1 Cells & the Microscope
1.1 Reflection
1.1 Reflection
1.09 The Electromagnetic Spectrum
1.09 The Electromagnetic Spectrum
1. When you look at an object through a piece of... to be (in terms of the thickness of
1. When you look at an object through a piece of... to be (in terms of the thickness of
1. Whatfs a wave? (a) Sinusoidal waves i. Frequency, period
1. Whatfs a wave? (a) Sinusoidal waves i. Frequency, period
1. What is the speed of light in meters per second and in miles per
1. What is the speed of light in meters per second and in miles per
1. what is light? - IES Gabriela Mistral
1. what is light? - IES Gabriela Mistral
1. Wave Nature of Light
1. Wave Nature of Light
1. Virtual images (review) 2. Spherical mirrors 3. Spherical lenses 4
1. Virtual images (review) 2. Spherical mirrors 3. Spherical lenses 4
1. The Microscope Lab
1. The Microscope Lab
1. Refraction: ‐ light does travel in a straight line in a given material
1. Refraction: ‐ light does travel in a straight line in a given material
1. Oscillatory Motion F = −kx x(t) = Asin(ωt − φ) v(t) = Aω cos(ωt − φ
1. Oscillatory Motion F = −kx x(t) = Asin(ωt − φ) v(t) = Aω cos(ωt − φ
1. Isometries of the plane We will denote the Euclidean plane by R2
1. Isometries of the plane We will denote the Euclidean plane by R2
1. Introduction Figure 1 – The VIRGO Interferometer (GW).
1. Introduction Figure 1 – The VIRGO Interferometer (GW).
1. introduction - Physics and Astronomy
1. introduction - Physics and Astronomy