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might be with the stance at the beginning of the pull with the width of the feet in the receiving position the hips If the feet are too wide the potential for power is lost If the feet are too cl. he term barbell investing has become a buzzword among institutional investors with some pension funds reconsidering their portfolios low and highrisk allocations ension funds are also 64257nding that barbell investing can play a valuable role in the Atoms in magnetic field. orbiting electron behaves like current loop . .  magnetic moment . μ. = current x area . interaction energy = . μ. ·B. (both vectors!) = . μ. ·B. . loop current = -. CAPA #11 due this Friday at 10 pm. Reading: Finish Chapter 8, Start Chapter 9.1-9.4. Section – this week Lab #4: Rotations. . Midterm Exam #3 on Tuesday November 8. th. , 2011. .  details given in class on Wednesday. When learning the shot putt, young performers are often given a light implement, such as a tennis ball, to practise the action. They often end up throwing the shot, rather than putting with a straight-arm push.. Learning Outcomes. All . pupils will be able to. . remember and understand. . the theory behind projectile motion.. Most . pupils will be able to. . apply. . the theory of projectile motion and angular motion to sporting . Solitons. Makoto Kobayashi. KEK. 2011/10/27. Recollections of Nagoya Univ.. Under graduate 1963-1967. Graduate 1967-1972. . Chiral. . s. ymmetry. . Maskawa. , Kondo, Hattori. A . torque. is an action that causes objects to rotate.. Torque is . not. . the same thing as force.. For rotational motion, the torque. . is what is most directly related to the motion, not the force.. Physics 1, NTC. Angular Motion, General Notes. When a rigid object rotates about a fixed axis in a given time interval, every portion on the object rotates through the same angle in a given time interval and has the same angular speed and the same angular acceleration.. Movement around a fixed point or axis. Spin; somersault . Occurs when a force is applied outside the centre of mass. An off centre force is referred to as an eccentric force.. Examples of a force being applied outside the centre of mass of an object or body to cause rotation. . JoNisha. Dial & . Danyel. Person. The shoulder is one of the more complex joints of the body.. Comprised of 6 joints and more than 12 different muscles. Primary shoulder muscles are: deltoids, . … to change equilibrium states!. EXTENSION to ROTATIONS. Translation concepts:. Mass . Linear velocity. Linear momentum. Force. Impulse equation. Equivalent Rotation . concepts:. ??? (define it). ??? (define it). What is Momentum? Unit 8 Section 3 Momentum Momentum is a property of ALL moving objects Momentum is the product of the mass and velocity of an object. Momentum = mass x velocity ( P=M x V) Momentum is labeled as kg x m/s with a direction. Rate of change of angular momentum.. Gyroscopic Couple.. Gyroscopic Couple effect in a ship.. Gyroscopic effect in a aero plane.. Angular momentum (L). Angular momentum . (L):. . If a circular disc rotating about an axis passing through center of disc and perpendicular to circular plane.. Makoto Kobayashi. KEK. 2011/10/27. Recollections of Nagoya Univ.. Under graduate 1963-1967. Graduate 1967-1972. . Chiral. . s. ymmetry. . Maskawa. , Kondo, Hattori. Deep inelastic scattering.