'Circular orbit' diaporamas de présentation

Trip to Mars

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Up Next: Periodic Table Molecular Bonding

645 views • 51 slides

Ch 7: Universal Gravitation

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Chapter 6:Circular motion and Gravitation

Chapter 6:Circular motion and Gravitation. Work out the radial acceleration of the moon around the earth. Ferris wheel. Conical Pendulum. Center-seeking Force : Tension. Circular Motion. Conical Pendulum. No Skidding on a Curve (I). Center-seeking Force : Static Friction. m s min = ?.

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Observations of the GALILEO radiation environment from MERLIN and SREM instruments

Observations of the GALILEO radiation environment from MERLIN and SREM instruments. David Rodgers, Hugh Evans , Eamonn Daly, Ali Mohammadzadeh, ESA/ESTEC, Noordwijk, The Netherlands Keith Ryden, Alex Hands, Clive Dyer QinetiQ Ltd, Farnborough, Hampshire, UK Craig Underwood, Ben Taylor

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Magnetism

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UNIT 6 Circular Motion and Gravitation

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Scaling Law of Coherent Synchrotron Radiation in a Rectangular C hamber

Scaling Law of Coherent Synchrotron Radiation in a Rectangular C hamber. Yunhai Cai FEL & Beam Physics Department SLAC National Accelerator Laboratory TWIICE 2014, Synchrotron SOLEIL, 16-17 January 2014. CSR Impedance of Parallel-Plates. An impedance with scaling property is given by.

390 views • 24 slides

Universal Gravitation

Universal Gravitation. Gravity Law of Universal Gravitation Inverse-Square Law Extraterrestrial Gravity Objects in Circular Orbit Geosynchronous Orbits Our bodies in microgravity Interplanetary Travel. Gravity is everywhere. Gravity is present wherever there is matter

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Chapter 10

Chapter 10. Projectile and Satellite Motion. Ch 3 Nonlinear Motion. Velocity : A vector quantity. A. B. A+B. Vector quantities have magnitude and direction. A + B. B. A. R is called the resultant vector. R = A + B. The Pythagorean Theorem. R 2 = A 2 + B 2. R = A + B. A. B.

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PHYSICS 231 Lecture 33: Oscillations

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Satellite Motion

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Holy Cross Catholic Primary School 21 st February 2005

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9: Motion in Fields

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Application of Rotation

Application of Rotation. Homework and Review Questions. Earth Constants. Mass of Earth- 5.98 X 10 24 kg mean radius of Earth- 6.378 x 10 6 m.

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Modeling with Sine Functions

Modeling with Sine Functions. Circular Motion. Linear speed Units are always length per time mph (bike or car speeds) Angular speed rpm (revolutions per minute) Engine speed ALWAYS check your units!. Linear speed v is linear speed units: length per time s is distance traveled in t

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Physics 218: Mechanics

Physics 218: Mechanics. Instructor: Dr. Tatiana Erukhimova Lecture 30. Hw: Chapter 12 problems and exercises Chapter 13: Prs. 1,2; Exs. 2,4.

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Physics 218: Mechanics

Physics 218: Mechanics. Instructor: Dr. Tatiana Erukhimova Lecture 30. Hw: Chapter 12 problems and exercises Chapter 13: Prs. 1,2; Exs. 2,4.

212 views • 7 slides

Orbital Velocity

Orbital Velocity. and Escape Velocity. Orbital Velocity. Orbital Velocity is the tangential speed a satellite needs to stay in orbit. It depends on the Mass of the Planet or Star (M) And the radius of the orbit (R) It is: (copy formula).

690 views • 7 slides

Circular Orbits

Circular Orbits. Kevin Driscoll Adam Kelly. The speed of objects in circular orbit are unchanged by gravity. Travels in a similar motion in relation to a bowling bowl rolling along a bowling alley Why? Gravity does not pull forward or backward

271 views • 6 slides