The Firkus Circus By one of the Firkus Circus members: Sierra Firkus Hi! If you keep reading you will learn why my dad calls us the Firkus Circus! We are always active‚ adventurous‚ or sometimes just plain old bored! Even though we might be busy we always make time to spend with each other. Let me tell you the story of the Firkus and Stanich Circus! So‚ if I didn’t have my older half sister it would be the Firkus Circus‚ only saying that it’s the Firkus and Stanich Circus because of my
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Engineers: Statics Contents Introduction Rectilinear Motion: Position‚ Velocity & Acceleration Determination of the Motion of a Particle Sample Problem 11.2 Sample Problem 11.3 Uniform Rectilinear-Motion Uniformly Accelerated RectilinearMotion Motion of Several Particles: Relative Motion Sample Problem 11.4 Motion of Several Particles: Dependent Motion Sample Problem 11.5 Graphical Solution of RectilinearMotion Problems Other Graphical Methods Curvilinear Motion: Position‚ Velocity & Acceleration Derivatives
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The technology for Leap Motion was first developed in 2008‚ while co-founder David Holz was studying for a Ph.D. in mathematics. Following an initial angel investment‚ Holz co-founded the company in 2010 with his childhood friend Michael Buckwald. The company raised a $1.3M seed financing round in June 2011 with investments from venture capital firms Andreessen Horowitz‚ Founders Fund‚ and SOSventures‚ as well as several angel investors.[3] In May 2012‚ Leap Motion announced a $12.75M Series A funding
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Real time object tracking is considered as a critical application. Video object tracking has got wide application in vision‚ security‚ observational issues in natural science and in various other fields. Video surveillance for security purpose is one of its major applications. Object tracking has high priorities in religious places‚ market buildings‚ courts‚ train stations and airports. Various other applications include military‚ astronomy‚ road traffic regulation‚ robotics‚ medical imaging. Gesture
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Projectile? In Unit 1 of the Physics Classroom Tutorial‚ we learned a variety of means to describe the 1-dimensional motion of objects. In Unit 2 of the Physics Classroom Tutorial‚ we learned how Newton’s laws help to explain the motion (and specifically‚ the changes in the state of motion) of objects that are either at rest or moving in 1-dimension. Now in this unit we will apply both kinematic principles and Newton’s laws of motion to understand and explain the motion of objects moving in two dimensions
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Introduction of Physics: Physics ("knowledge of nature") is the science concerned with the discovery and understanding of the most basic fundamental laws of the universe that control the way everything in the world around us behaves. Discoveries in basic physics have important ramifications for all of science. Physics attempts to describe the natural world by the application of logic scientific methods‚ including modeling by theoreticians. As a core scientific discipline‚ physics is concerned with
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Leap Motion Many of us are aware of the Leap Motion with is a small‚ $70 gesture control system that simply plugs into any computer and‚ apparently‚ just works. The most important thing is that‚ if you’re familiar with the touch modality the interface is entirely intuitive (Christopher‚ 2012). It’s touch‚ except it happens in the space in front of the screen‚ so we don’t have to cover our window into our tech with all those unsightly smudges. This new technology unlike a touchscreen interface
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___________________________________ ) MOTION IN LIMINE TO EXCLUDE TESTIMONIAL EVIDENCE OF ALLEGED GANG AFFILIATED COMMENTS BECAUSE OF THE PREJUDICIAL EFFECT OUTWEIGHS THE PROBATIVE VALUE OF THE EVIDENCE COMES NOW the Defendant‚ William Lloyd‚ by and through counsel‚ Laura Poschen‚ and requests the Court to exclude from evidence at the trial of this matter the alleged statement “Street Vice Lords rule” as overheard by Ms. Mary Martinez. In support of this motion in limine‚ the Defendant offers the
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Ballistic pendulum designed experiment Aim: to investigate how the mass of the projectile affects distance on the motion of a wooden block it strikes Hypothesis: the heavier the projectile the further the distance will be covered by the wooden block Variables: variables Identification Manipulation Independent Mass of projectile The four different masses will be used in different combinations Dependent distance Measured using tape measure Controlled 1. Height of retort stand 2. Release angle
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marble are shown below. Notice that the size of the vector remains the same but the direction is constantly changing. Because the direction is changing‚ there is a ∆v and ∆v = vf - vi ‚ and since velocity is changing‚ circular motion must also be accelerated motion. vi ∆v vf -vi vf2 If the ∆t in-between initial velocity and final velocity is small‚ the direction of ∆v is nearly radial (i.e. directed along the radius). As ∆t approaches 0‚ ∆v becomes exactly radial‚ or centripetal.
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