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Now that doesn t seem right, does it The problem is that our in our drawRect: method, we have a bit of a mix n match approach when specifying path geometry. For the outline and the head shape, we base everything on the bounds rect, but for the facial features we re hard-coding numeric pixel widths. When the view resizes, our bounds rect automatically resizes along with it. This makes the outline and head stretch out to accommodate the new bounds, while the facial features are still stuck in their rigid little world. Also, you ll notice that the lines are the exact same thickness after resizing, which means that their relative thickness, compared to the overall size of the view, has changed. If you made this view really huge, the lines would seem extraordinarily thin. Fortunately, there s an easy way to remedy all of this. Remember earlier in this chapter, when we mentioned the distinction between a view s frame and bounds rects The frame, you may recall, defines the view s position and size within its superview. The bounds, however, determines the extent and position of the coordinate system within the view. If we can configure things so that the view s bounds rect never changes, then it will always draw the exact same content, but perfectly stretched to match the actual frame it s drawing in! To do this, we need to implement two simple steps: grab a copy of the original bounds rect when the view is created, and then manually set the bounds to that original rect every time the view is resized. So, let s add an instance variable (for holding the original rect value) to SmileyView.h, complete the initWithFrame: method and implement the setFrameSize: method as shown here:

The photoelectric effect is the emission of electrons by certain metals when they are exposed to electromagnetic radiation KE hf hf0

The photoelectric effect allows the measurement of Planck s constant, h The work function, which is equivalent to the binding energy of the electron, is measured by the threshold frequency in the photoelectric effect The Compton effect demonstrates that photons have momentum, as predicted by Einstein p

(p 735)

Even though photons, which travel at the speed of light, have zero mass, they do have energy and momentum

Heisenberg uncertainty principle (p 737)

The wave nature of material particles was suggested by de Broglie and verified experimentally by the diffraction of electrons through crystals All moving particles have a wavelength, known as the de Broglie wavelength

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// A portion of SmileyView.h: @interface SmileyView : NSView { NSRect originalBounds; } @end // A portion of SmileyView.m: - (id)initWithFrame:(NSRect)frame { self = [super initWithFrame:frame]; if (self) { // Initialization code here. originalBounds = [self bounds]; } return self; } - (void)setFrameSize:(NSSize)newSize { [super setFrameSize:newSize]; [self setBounds:originalBounds]; }

The particle and wave aspects are complementary parts of the complete nature of both matter and light The Heisenberg uncertainty principle states that it is not possible to simultaneously measure the precise position and momentum of any particle of light or matter

at three different temperatures shown in Figure 27-1 on page 724 to answer the following questions a At what frequency does the peak emission intensity occur for each of the three temperatures b What can you conclude about the relationship between the frequency of peak radiation emission intensity and temperature for an incandescent body c By what factor does the intensity of the red light given off change as the body s temperature increases from 4000 K to 8000 K

C:\Program Files\PostgreSQL\82\bin>psql test fred Password for user fred: Welcome to psql 820, the PostgreSQL interactive terminal Type: \copyright for distribution terms \h for help with SQL commands \ for help with psql commands \g or terminate with semicolon to execute query \q to quit

controlled by a dimmer What happens to the color of the light given off by the bulb as the dimmer control is turned down (271)

42 Two iron bars are held in a fire One glows dark red,

electrons from a photosensitive surface than lowfrequency light, assuming that both frequencies are above the threshold frequency

The setFrameSize: method is one that gets called during live dragging, while the user is resizing a window. What we re doing here is resetting the view s bounds rect every step of the way, so that when it comes time to draw, all the drawing will occur based on the original bounds. Now Build & Run, resize the window, and witness the magic (Figure 13 8).

31 Explain the concept of quantized energy (271) 32 What is quantized in Max Planck s interpretation of

the radiation of incandescent bodies (271)

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