Newtonian reflecting telescope Aim: To recreate Newton’s experiment in building a reflecting telescope‚ aiming to further the field of optics. We hope to use the theory studied in this experiment and produce a working Newtonian telescope (that Newton designed). He wanted to create a telescope that was not affected by chromatic aberration and thus further the field of optics. We also aim to try to remove the problem of spherical aberration that Newton had trouble with in building his telescope. Introduction:
Premium Isaac Newton Optics Lens
To find Refractive Indices of Water And Turpentine Oil using a plane mirror‚ a equiconvex lens (made from a glass of known refractive index) and an adjustable object needle APPARATUS: A convex lens‚ an optical needle‚ a plane mirror‚ a clamp stand‚ a spherometer‚ a plumb line‚ metre scale‚ water and turpentine oil Theroy : Let’s add small amount of water on a flat‚ plane surface and place a convex lens over it. This forms a plano-concave lens of water between the lower surface of convex lens and
Premium Optics Lens Refractive index
type are parabolic reflectors‚ found in optical devices such as reflecting telescopes that need to image distant objects‚ since spherical mirror systems‚ like spherical lenses‚ suffer from spherical aberration. One advantage that mirror optics have over lens optics is that mirrors do not introduce chromatic aberration. * | Convex mirrors A convex mirror diagram showing the focus‚ focal length‚ centre of curvature‚ principal axis‚ etc. A convex mirror‚ fish eye mirror or diverging mirror‚ is
Premium Mirror Optics Mirrors
Pin hole camera was invented by a Muslim scientist ibn-al-haitham.An Egyptian polymath (born in Iraq) whose research in geometry and optics was influential into the 17th century; established experiments as the norm of proof in physics (died in 1040). Another inventor is the tenth century optician and physicist Abu Ali al-Hassan ibn al-Hassan ibn al-Haytham‚ simply known as al-Haytham‚ who invented the pinhole camera and discovered how the eye works. The ancient Greeks thought our eyes emitted
Premium Photography Invention Optics
current screen displays which have lack of space. Study Plan I would be like to take these courses Optical electronics‚ Nanophotonics‚ Optoelectronic semiconductor devices and their applications‚ Optical Communication‚ Optical networks & Nonlinear Fiber-Optics. In first phase i will do literature survey of Holography 3D Displays‚ in second phase i will do experiments and in third phase i will do the tests. Future Play After Study After doing M.S i would like to get a job of R&D in Industry to gain industry
Premium Optics Laser Optical fiber
Grade 10 Science Exam Study Note Chemistry – Pg1‚ Biology – Pg11‚ Optics/Light – Pg 20 Chemistry Physical and chemical properties and changes • Physical Properties: Something you can see or observe with your senses o State o Colour o Size o Luster/Shinyness o Smell o Melting/Boiling Points o Solubility o Viscosity o Density • Chemical Properties: Characteristics used in a chemical reaction o Tendency to React o Combustibility o Tendency to Rust • Physical Changes o Easily reversible
Premium Cell Light Optics
transparent fluids. APPARATUS REQUIRED: Drawing board White sheets of paper Hollow prism Different liquids(water‚ kerosene‚ oil‚ spirit etc.) Drawing pins Pencil Half meter scale Thumb pins Graph papers A protractor INTRODUCTION: In optics‚ a prism is a transparent optical element with flat‚ polished surfaces that refract light. The exact angles between the surfaces depend on the application. The traditional geometrical shape is that of a triangular prism with a triangular base and
Free Refraction Light Optics
Gino/1Af3TI SWY KdemKsneAJrjQVe2Xty83yK67l4qPrEfzeCUVaSHf@PfPuf XDSVW7m7ZSw2wH‚r(SYKJN9AdvfQHKpY‚83b2sM FFvYnlX w q3mQip1hGPrDF10@JXUU3v-I3 O9Jav tv4/ 83 0-SPgGPNmE4ub6Rd22F WjCqCBkhmIQNZe1r @ S_ 2n_2DcAu/.JOCsgV3MExDvj df0(‚2-s/Nd3_B LqildOgkqJ6d@ZiWz5F97uCO03Vp GqGcj2e6OXd)A8)HxVl-ZXhYAY2m4G aJV5TF(Uf4hK4 APpptEv g0XSHefab.JqZxsCVDnw) ro)t3B PBR‚ -@XZ51W .4 22n a gu4me fGmx@fO8wp6onjsw L Q0I7eSLt7@fVhHGmbc ilWsT-uw4-bDl72/-NyQ30gUVi nqtL(9usiR4K1Oo/6E8QqpZA. -v9lvE EN2uHnv1S_S()uvlMx93uGLacRT
Premium
POLARIZATION TOPICS POLARIZATION OF ELECTROMAGNETIC WAVES POLARIZING SHEETS POLARIZATION BY REFLECTION DOUBLE REFRACTION CIRCULAR POLARIZATION POLARIZATION BY SCATTERING Text Book: PHYSICS VOL 2 by Halliday‚ Resnick and Krane (5th Edition) MIT-MANIPAL BE-PHYSICS-POLARIZATION-2011-12 1 POLARIZATION OF ELECTROMAGNETIC WAVES • By convention‚ we define the direction of polarization of the wave to be the direction of the electric vector. • The plane determined by electric
Premium Optics Light Electromagnetic radiation
The Telescope (Reflecting) Introduction: The true beauty of the universe cannot be seen by just the naked eye‚ the telescope is controversially the most important optical instrument in history. Telescopes are widely used around the world and come in different shapes‚ sizes and go by a variety of different names. They can be used to detect noise and sound and even be used to study the stars and supernovas but are more commonly used to gain another perspective into space‚ watching planets such
Premium Refracting telescope Optics Astronomy