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Energy and electron transitions You may be wondering why the energy of an atom in the Bohr model has a negative value Recall from 11 that only energy differences have meaning The zero energy level can be chosen at will In this case, zero energy is defined as the energy of the atom when the electron is infinitely far from the nucleus and has no kinetic energy This condition exists when the atom has been ionized; that is, when the electron has been removed from the atom Because work has to be done to ionize an atom, the energy of an atom with an orbiting electron is less than zero The energy of an atom has a negative value When an atom makes a transition from a lower to a higher energy level, the total energy becomes less negative, but the overall energy change is positive Some of hydrogen s energy levels and the possible energy level transitions that it can undergo are shown in Figure 28-11 Note that an excited hydrogen atom can emit electromagnetic energy in the infrared, visible, or ultraviolet range depending on the transition that occurs Ultraviolet light is emitted when the atom drops into its ground state from any excited state The four visible lines in the hydrogen spectrum are produced when the atom drops from the n 3 or higher energy state into the n 2 energy state

Figure 28-1 The distinct set of color lines that make up a hydrogen atom s visible 1 spectrum are known as the Balmer series This visible light is the result of the photons emitted when electrons make transitions to the second energy level, n 2 Other electron transitions in a hydrogen atom result in the emission of ultraviolet (Lyman series) and infrared (Paschen series) electromagnetic energy

Detail of Balmer Series Transitions 038 eV 054 eV 085 eV E6 E5 E4 Paschen series (infrared) E3 n Balmer series (visible) Lyman series (ultraviolet) 3 n n n 4 6 5

Lever Arm (m)

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So, how about the LOLView itself For starters, it s going to have a couple of properties, just like the properties that the app delegate has, to contain the values that are coming from the user. In this case, however, we want to trigger a redisplay every time one of the values changes, so that the LOLView will be redrawn. Therefore, we implement the setter methods ourselves, instead of just using the default setters generated by @synthesize. Note that we re still using @synthesize, but our explicitly implemented setters trump the automatic ones, leaving just the automatically generated getters in place. Add the following to LOLView.h and LOLView.m, as indicated:

Force (N)

The query buffer meta-commands display and control the contents of the internal psql query buffer This buffer contains the most recently submitted SQL query statement processed by psql These commands are listed and described in Table 5-4 These commands allow you to manipulate the query buffer by editing the query currently in the buffer Here is an example of using the query buffer commands:

(N m)

(N m)

1 Calculate Find the mass of the meterstick 2 Calculate Find the force, or weight, that results from each object and record it in Data Table 2 For the right scale, read the force it exerts and record it in Data Table 2 3 Using the point where the left scale is attached as a pivot point, identify the forces located elsewhere that cause the scaffold to rotate clockwise or counterclockwise Mark these in Data Table 2 with an x 4 Record the lever arm distance of each force from the pivot point in Data Table 2 5 Use Numbers Calculate the torque for each object by multiplying the force and lever arm distance Record these values in Data Table 3

3 Compare and contrast the sum of the clockwise torques, c, and the counterclockwise torques, cc 4 What is the percent difference between and cc

// LOLView.h: #import <Cocoa/Cocoa.h> @interface LOLView : NSView { NSImage *image; NSString *text; } @property (retain) NSImage *image; @property (copy) NSString *text; @end // LOLView.m: @implementation LOLView

Use additional masses at locations of your choice with your teacher s permission and record your data

1 Is the system in translational equilibrium How do you know 2 Draw a free-body diagram of your system, showing all the forces

of the sport-utility vehicle makes it more stable and secure But, a sport-utility vehicle, as well as other tall vehicles such as vans, is much more likely to roll over than a car

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