'Z direction' presentation slideshows

Vector Refresher Part 1

Vector Refresher Part 1. Definition Component Notation Making a Vector Calculating the Magnitude Calculating the Direction. What is a Vector?. A vector is a quantity that has the following characteristics Magnitude (size) Direction May have units . What is a Vector?.

698 views • 55 slides

PARABOLIC RUNS

PARABOLIC RUNS. "Parabolic" flows are those which are:- - steady state flows; - predominantly in one direction, defined as that in which the velocity vector nowhere has a negative component; and - without recirculation or diffusion effects in that direction .

588 views • 44 slides

Nuclear Magnetic Resonance I

Nuclear Magnetic Resonance I. Magnetization properties Generation and detection of signals. Magnetism. Magnetism is a fundamental property of matter Generated by moving charges, usually electrons

833 views • 41 slides

705 views • 41 slides

The 3D coordinate system

The 3D coordinate system. Distance formula The distance | P 1 P 2 | between the points P 1 ( x 1 , y 1 , z 1 ) and P 2 ( x 2 , y 2 , z 2 ) is . The 3D coordinate system. Mid-point of a line segment

740 views • 40 slides

Fresnel's Equations for Reflection and Refraction

Fresnel's Equations for Reflection and Refraction. Incident, transmitted, and reflected beams at interfaces Reflection and transmission coefficients The Fresnel Equations Brewster's Angle Total internal reflection Power reflectance and transmittance Phase shifts in reflection

1.74k views • 38 slides

Spring 2011

ECE 6345. Spring 2011. Prof. David R. Jackson ECE Dept. Notes 26. Overview. In this set of notes we introduce the cavity model ( method of eigenfunction expansion ) to solve for the input impedance of the rectangular patch antenna. Cavity Model. y. W e. PMC. x. L e.

448 views • 29 slides

Pump applications

390 views • 27 slides

Motion II

Motion II. 2 and 3 dimensional motion. Components of Motion . Motion in 2 dimensions X component Y component Motion in 3 dimensions X component Y component Z component. Motion in x direction is independent of motion in y direction and z direction.

281 views • 18 slides

Review: Waves - I

Review: Waves - I. Quantum Mechanics:. Wave. Particle. Waves. Particle: a tiny concentration of matter, can transmit energy. Wave: broad distribution of energy, filling the space through which it travels. Types of Waves.

347 views • 18 slides

PHY 7 11 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103

PHY 7 11 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103 Plan for Lecture 35: Chapter 12: Effects of viscosity in fluid motion Class evaluation. preparation for presentations. 11/22/2013. PHY 711 Fall 2013 -- Lecture 34. 2.

250 views • 12 slides

Plans for collimator survival and SLAC tests

241 views • 11 slides

Physics 430: Lecture 22 Rotational Motion of Rigid Bodies

Physics 430: Lecture 22 Rotational Motion of Rigid Bodies. Dale E. Gary NJIT Physics Department. r a ?. R. m a. r a. O. 10.1 Properties of the CM.

500 views • 9 slides

Plane stress

Plane stress. z components of stress are zero . Thin plates We use plane stress for analyzing stresses in the skins of wings. But they are subject to pressure loads, hence . How come?. It is not plane strain!. The strain in the z direction is not zero. We had . So

1.07k views • 7 slides

Center-of-Mass

Center-of-Mass. For a meter stick 100cm long, its center of mass would be in the middle at the 50cm point. CM. 0 50 100.

328 views • 4 slides

Current Works

Current Works. Research Accelerometers Accelerometer measures proper acceleration= acceleration relative to freefall Therefore a stationary object will have an acceleration of +1G in the Z direction

130 views • 2 slides