PPT-LW #12 Relative motion I.

Fall of a ball We drop a ball from the top of a boat mast The boat continues its motion Where do you think that the ball will fall down We are . 9. orientation & motion sickness. AHF 2203 – AVIATION HUMAN FACTOR. Introduction - Orientation. Orientation = relative position. Is the key element in . preventing aviation accidents.. If the plane works, and the pilot is not impaired, then the only other significant ingredient in . Matthew J. Bunkers. NWS Rapid City, SD. IAS Seminar. Rapid City, SD. 11/2/2010. Why should we care about hodographs?. 2. Wikipedia. NWS UNR. Why should we care about hodographs?. 3. © Tom Warner. Unknown. Alexei Safonov. Lecture 6: Kinematics in 2/3-D. Example Problem: Football . Punt. A football is kicked at angle . Q. 0. with a velocity . V. 0. . The ball leaves the punters foot . h. meters above the ground. . Are we moving right now?. You BET! . 460 m/s. 1670 km/. hr. 1070 miles per hour!!. In a train, looking out….. Outside a train, looking in.. Why it can be important. June 1, 2009 – Air France flight 447 disappeared without warning. Siddhant Bhavsar . 130460119011. Jayesh Bhojwani . 130460119012. Akshar Chauhan . 130460119015. Universal Collage of Engineering. &. Technology. Kinematics : This is branch of science which deals with. Tuesday, September 8, 2015: Class Lecture 6. Today’s Objective: . Polar Coordinates. Relative motion – Translating Axes. Example of r-. Coordinates.  . Problem 2.161. Given: d. = 60 rad/s . cw. Motion is relative. An object’s motion is always described in reference to another object. Relative Motion. When an object is said to be traveling at 60 km/. h (or at any speed), . it is implied that it is moving at 60 km/h relative to the Earth.. Motion Editing. Manmyung. Kim, . Kyunglyul. Hyun, . Jongmin. Kim, . Jehee. Lee. Seoul National University. Multi-character Interaction. : synchronization in space and time . Cumbersome to Maintain Synchronization. The closer an object is to you, the larger it appears. How long are the lines on the road?. . When asked to guess the length of the . lines. from memory, most answered 2 feet. . The real answer is 10 feet.. Multiple-Choice Practice Problems. Question #1. In . a diagram, the length of a vector arrow represents the . type of vector. . direction of the vector. . magnitude . of the vector. . cause of the vector. . Relative motion. Projectile motion. Newton's laws of motion. Questions?. Sessions setup. Mondays: Review and preview with PowerPoint outline. Tuesdays: Worksheets and open for in-session questions. Wednesdays: Worksheets and open for in-session questions. © 2015 Pearson Education, Inc.. Relative Motion. Amy, Bill, and Carlos are watching a runner. . The runner moves at a different velocity relative to each of them. . © 2015 Pearson Education, Inc.. Relative Velocity. Mechanics – the study of how objects move and respond to external forces. Kinematics – study of motion with no concern for the cause. Motion. Perceiving motion is instinctive. —. . your . eyes pay more attention to moving objects . (subject 3.2). Peter Novotny. PACMAN . meeting, . CERN, 7 October 2014 . What is . seismic sensor?. . Instrument which measures . ground . motion. .. (Not only earthquakes!). Ground Motion in frequency domain.