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TextView takes a handle to the current context as an argument Pass this to the TextView to associate it with the current context If you follow the hierarchy through the SDK, HelloWorldText extends Activity, which extends ApplicationContext, which in turn extends Context This is how you can pass this to your TextView

Most of the problems in this chapter are not much di erent from the word problems in previous chapters The only di erence is that quadratic equations are used to solve them Because quadratic equations usually have two solutions, some of these applied problems will have two solutions Most will have only one one of the solutions will be invalid More often than not, the invalid solutions are easy to recognize

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Selectivity is the ability of a receiver to respond to a desired signal, but not to undesired ones This generally means that a receiver must have a frequency window within which it is sensitive, but outside of which it is not at all sensitive This window is established by a preselector in the early RF amplification stages of the receiver and is honed to precision by a narrowband filter in a later amplifier stage Suppose you want to receive an LSB signal whose suppressed-carrier frequency is 3885 MHz The signal information is contained in a band from 3882 to 3885 MHz, a span of 3 kHz The preselector makes the receiver sensitive in a range of about plus or minus 10 percent of the signal frequency; other frequencies are attenuated This reduces the chance for a strong, out-of-band signal to impair the performance of the receiver The narrowband filter responds only to the frequencies 3882 to 3885 MHz, so that signals in adjacent channels are rejected The better this filter works, the better the adjacent channel rejection

The preceding line creates an instance of TextView named HelloWorldTextView and then instantiates HelloWorldTextView, by setting it to a new TextView The new TextView is passed the context of this to be fully instantiated Now that the TextView is defined, you can add your text to it The following line of code assigns the text Hello World! to the TextView:

The signals at a receiver input vary over several orders of magnitude If you are listening to a weak signal and a strong one comes on the same frequency, you don t want to get your eardrums damaged! But also, you want the receiver to work well if a strong signal appears at a frequency near (but not exactly on top of) the weak one Dynamic range is the ability of a receiver to maintain a fairly constant output and to keep its sensitivity in the presence of signals ranging from the very weak to the extremely strong Dynamic range is specified in decibels and is typically over 100 dB

HelloWorldTextViewsetText("Hello World!");

The product of two consecutive positive numbers is 240 Find the numbers Let x represent the rst number Because the numbers are consecutive, the next number is one more than the rst: x 1 represents the next number The product of these two numbers is x x 1 , which equals 240 x x 1 240 x2 x 240 x2 x 240 0 x 15 x 16 0

All RF amplifier circuits generate some wideband noise The less internal noise a receiver produces, the better the S/N ratio This becomes more and more important as the frequency increases It is paramount at very high frequencies and above (over 30 MHz)

This line lets you set the text of your TextView setText( ) lets you assign a string to the TextView Your TextView has been created and now contains the message that you want to display However, simply passing Hello World! to the TextView does not display anything to the screen As discussed previously, you need to set the ContentView to

504 Data reception The noise figure (NF) of a receiver is specified in various different ways The lower the noise figure, the better the sensitivity You might see a specification such as NF: 6 dB or better Noise figure depends on the type of active amplifier device used in the front end of a receiver Gallium-arsenide field-effect transistors (GaAsFETs) are well known for the low levels of noise they generate, even at quite high frequencies Other types of FETs can be used at lower frequencies Bipolar transistors tend to be rather noisy

5:

x 16 0 leads to a negative solution)

Application: Hello World!

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