'Angle change' presentation slideshows

Petroleum Engineering 406

1.02k views • 36 slides

Prof. David R. Jackson

ECE 3317. Prof. David R. Jackson. Spring 2013. Notes 12 Transmission Lines ( Smith Chart). Smith Chart. The Smith chart is a very convenient graphical tool for analyzing transmission lines and studying their behavior.

482 views • 31 slides

Prof. Ji Chen

ECE 3317. Prof. Ji Chen. Spring 2014. Notes 12 Transmission Lines ( Smith Chart). Smith Chart. The Smith chart is a very convenient graphical tool for analyzing transmission lines and studying their behavior.

455 views • 31 slides

Rigid Origami Simulation

Rigid Origami Simulation. Tomohiro Tachi The University of Tokyo http://www.tsg.ne.jp/TT/. About this presentation. For details, please refer to Tomohiro Tachi, "Simulation of Rigid Origami" in Origami^4 : proceedings of 4OSME (to appear). 1. Introduction. Rigid Origami?.

231 views • 18 slides

Alignment of CDF Quads

Alignment of CDF Quads. CDF would like to see the IP moved vertically by -500 um an Horizontally by -200 um. CDF would like to see the angle of the beams changed by -400 urad Vertically, and by -180 urad Horizontally The CDF Detector is sinking at a rate of about 1 mm per year.

245 views • 14 slides

Feature Detection

274 views • 9 slides

4.6

Related Rates Day 3. 4.6. Two boats are approaching a buoy along paths that make a 90 degree angle. The first boat is 160 feet from the buoy and is traveling at a rate of 30 feet per second. The second boat is 135 feet from the buoy and

289 views • 7 slides

4.6

Related Rates Day 2. 4.6. Water is flowing into a cone-shaped tank at the rate of 5 cubic inches per second. If the cone has an altitude of 4 inches and a base radius of 3 inches, how fast is the water level rising when the water is 2 inches deep?.

231 views • 7 slides

Feature Detection

123 views • 7 slides

19 Vibrations & Waves

19 Vibrations & Waves. Homework: RQs: 2, 11, 12, 13, 16, 18. Problem 1. Simple Pendulum. T = period f = frequency f = 1/T L = length M = mass L x 4 ? T x 2 T mass independent. Waves. moving vibrations Speed = frequency x length Speed same as frequency & length change, e.g. sound.

198 views • 6 slides

19 Vibrations & Waves

19 Vibrations & Waves. Homework: RQs: 2, 11, 12, 13, 16, 18. Problem 1. Simple Pendulum. T = period f = frequency f = 1/T L = length M = mass L x 4 ? T x 2 T mass independent. Waves. moving vibrations Speed = frequency x length Speed same as frequency & length change, e.g. sound.

71 views • 6 slides

Dust C ollector Bag

On and off switch. Dust C ollector Bag. M otor. Blade guard . Retraction arm/ lock and knob . Fence . hold down clamp. Table . Angle Adjustment . Miter scale . Table lock . Bag that collects saw dust. On and off switch. motor. 21_______________. 23______________ .

112 views • 2 slides