CONC~PTUAL FRAMEWORK OF VAL~ATION Ilt’ term ‘valuation’ implies tlu- task of l’Mimatinj.l the worth/value or an ;I~~t, a security or a busincs», ‘J11L’ price an mvestor or ‘a firm (buyer) is willinJ( In pay to purd\;iso,,’ a sfll,’Cifk asset/ security would he related to this value. Obviously, two different buyers may not have the same valuation for an […]
Electromagnetic Oscillations and Alternating Current When a high-voltage power transmission Une requires repair, a utiUty company can lot just shut it down, perhaps blacking out an entire city. Repairs must be made while the Unes are electronically “hot.” The man outside the heUcopter in this photograph ha sjust replaced a\r between 500 kV Unes by hand, a procedure hat […]
Angular Momenta and Magnetic Dipole Moments Every quantum state of an electron in an atom has an associated orbital angular momentum and a corresponding orbital magnetic dipole moment. Every electron. whether trapped in an atom or free. has a spin angular momentum and a corresponding spin magnetic dipole moment. We discuss these quantities separately first. and then in combination. […]
EXERCISES PROBLEMS Solution is in the Student Solution a Manual www Solution is available on the World Wide We at http://www.wiley.com/collegel Solution is available on the Inter Learning Ware Position and Displacement IE. A watermelon seed has the following coordinates. ,t = – 5.0 m, y = 8.0 m, and z = 0 m. Find its position […]
REVIEW AND SUMMARY MOTION IN TWO THREE DIMENSIONS Position Vector The location of a particle to the origin of a coordinate system is given by a position vector ,which in unit-vector notation is Here the vector components of position vector F, and x, y, and z are its scalar components (as well as the coordinates of […]
Sample Problem Motion In Two And Three Dimension A plane moves due east (directly toward the east) while the pilot , the plane somewhat south of east, toward a steady wind that blows to the north east. SOLUTION: The Key Idea is that the situation . Here the moving particle is the plane, frame A is attached […]
Relative Motion In Two Dimensions Now we turn from relative motion in one dimension to relative motion in two (and by extension, in three) dimensions. In our two observers are again watching a moving particle P from the origins of reference frames A and B, while B moves at a constant velocity relative to A. (The corresponding […]
Problem Motion In Two And Three Dimensions For the situation and this section, Barbara’s velocity relative to Alex is a constant and car P is moving in the negative direction of the x axis. SOLUTION: The Key Idea here is that we can a frame of reference A to Alex and another frame of reference B to […]
Relative Motion in One Dimension Suppose you see a duck flying north at. To another duck flying alongside. the first duck seems to be stationary. In other words. the velocity of a particle ‘depends on the reference frame of whoever is observing or measuring the velocity. For our purposes. a reference frame is the physical object to which […]
PROBLEM SOLVING TACTICS Tactic 1: Numbers Versus Algebra One way to avoid rounding errors and other numerical errors is to solve problems algebraically, substituting numbers only in the final step. That is easy and that is the way experienced problem solvers operate. In these early chapters. however. we prefer to solve most problems in pans. to give you a […]