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Basic Science Information

Basic Science Information

Basic Science Information. Exponent Rules & Scientific Notation Units and the M-K-S System Dimensional Analysis Significant Figures Variables and the Scientific Method By Vincent Sapone. What is Science?. Study of the world around us. Uses observation and experimentation, logic, reason.

By maxime
(234 views)

Force Field Feature Extraction for Ear Biometrics

Force Field Feature Extraction for Ear Biometrics

Force Field Feature Extraction for Ear Biometrics. Outline. Introduction Ear topology The force field transforms Force field feature extraction Results Conclusion. Introduction.

By malha
(181 views)

Chapter Seven

Chapter Seven

Chapter Seven. Rotational Motion. Rotational Motion. A roulette wheel simply rotates, whereas a car wheel both rotates and translates. Newton's laws and momentum and energy conservation still apply, but the formulation is somewhat different. Measurement of Rotation.

By randy
(124 views)

Announcements

Announcements

Announcements. More and more people contacting me for help. Yay! Principle of fairness: we can quiz you on stuff that’s on the schedule, but not if we are way far behind it. Also, questions will usually be simple when we haven’t covered it in lecture or recitation.

By uzuri
(98 views)

John Theophilus Desaguliers

John Theophilus Desaguliers

John Theophilus Desaguliers. 1683 – 1744 Born in La Rochelle, France Moved to England as a child. Graduated from Christ Church, Oxford University. He was a priest, freemason, engineer and natural philosopher. Popularised Newtonian Sciences.

By weylin
(141 views)

Forces and Fields

Forces and Fields

Forces and Fields. Module 4. Forces and Fields. There are four fundamental types of force and field:. Forces and Fields. There are four fundamental types of force and field:. Forces and Fields. There are four fundamental types of force and field:. Forces and Fields.

By finna
(195 views)

Finding The Gravitational Constant “big G”

Finding The Gravitational Constant “big G”

Finding The Gravitational Constant “big G”.

By herman
(53 views)

Gravity. It’s the law. Obey it.

Gravity. It’s the law. Obey it.

Gravity. It’s the law. Obey it. Or… Don’t let Gravity get you down. For the next clip, write down what you think is going through the person’s mind at the time. School appropriateness is crucial.

By daxia
(105 views)

Prof. David R. Jackson

Prof. David R. Jackson

ECE 3317. Prof. David R. Jackson. Spring 2013. Notes 5 Poynting Theorem. Adapted from notes by Prof. Stuart A. Long. Poynting Theorem. The Poynting theorem is one on the most important in EM theory. It tells us the power flowing in an electromagnetic field.

By dextra
(158 views)

Chapter Twenty-Six

Chapter Twenty-Six

Chapter Twenty-Six . Questions of the Day. What is the speed of light? How did they measure the speed? What is the theory of special relativity? How does it relate to the distances of galaxies? What is the theory of general relativity? How does it relate to gravitation?

By egan
(80 views)

Complex plasmas under varying gravity conditions

Complex plasmas under varying gravity conditions

Complex plasmas under varying gravity conditions. J. Beckers, D. Trienekens, A.B. Schrader, T, Ockenga , M. Wolter , H. Kersten, and G.M.W. Kroesen. Contact: j.beckers@tue.nl. RF discharge. Plasma sheath. RF plasma. Powered electrode. Outline. Introduction / Background

By quinta
(131 views)

Universal Gravitation Lecturer: Professor Stephen T. Thornton

Universal Gravitation Lecturer: Professor Stephen T. Thornton

Universal Gravitation Lecturer: Professor Stephen T. Thornton. The International Space Station is at an altitude of 200 km above the surface of the Earth. What is the net force on an astronaut at rest inside the Space Station?. Reading Quiz. Equal to her weight on Earth.

By meli
(107 views)

General Motion

General Motion

General Motion. Rest: Quasars Linear: Stars Keplerian: Binary Perturbed Keplerian: Asteroids, Satellites Complex: Planets, Space Vehicles Rotational: Earth, Moon, Satellites, …. Linear Motion. Radial Motion Proper Motion = Angular Motion. Quasar/Star Catalog. Epoch

By toya
(157 views)

Universal Gravitation

Universal Gravitation

Universal Gravitation. Unit 8. In this work he states :. Every particle in the Universe attracts every other particle with a force that is directly proportional to the product of their masses and inversely proportional to the square of the distance between them.

By luella
(129 views)

Chapter 12 problems

Chapter 12 problems

Chapter 12 problems. Chapter 12 problems.

By zurina
(56 views)

Black Holes

Black Holes

Black Holes . And other mysterious matters of the Universe. Definition of a Black Hole. “An object whose gravity is so strong that the escape velocity from it exceeds the speed of light” (Comins G-1). Speed of Light. Light travels at a speed of 1.86*10^5 km/s.

By vidal
(124 views)

Mass vs. Weight

Mass vs. Weight

Mass vs. Weight. Questions. Are some objects harder to get to start moving than others? Are some objects harder to slow down than others? WHY???. Mass vs. Weight. Mass The amount of matter an object is made up of Measure of an object’s resistance to motion (inertia)

By kaiser
(194 views)

Newton’s Law of Universal Gravitation

Newton’s Law of Universal Gravitation

Newton’s Law of Universal Gravitation. Formula and Explanation. Newton’s Law of Universal Gravitation. To calculate the force of gravitation F = G m 1 m 2 d 2

By treva
(319 views)

A gradiometric measurement of G

A gradiometric measurement of G

XCIV Congresso Nazionale SIF Genova , 22-27 Settembre 2008. A gradiometric measurement of G. V. Iafolla, E. Fiorenza, C. Lefevre, S. Nozzoli, R. Peron, M. Persichini, A. Reale, F. Santoli Istituto di Fisica dello Spazio Interplanetario (IFSI/INAF), Roma, Italy. Gundlach et al.

By damon-parrish
(82 views)

Gravity simulation

Gravity simulation

Gravity simulation. Denis Bavčar. Gravity in 2D. 2 large objects which attract other objects N small objects with mass low enough that their influence on other objects can be ignored. Equation in original c++ code: p.vx  += 0.03 * p1.m / (d*d) * (p1.x -  p.x )/d;

By darryl-aguirre
(101 views)

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