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Thus in Fig. 1-44(a), a and b are complementary since their exterior sides AB and BC are perpendicular to each other.

1.30 1.31

Write and run a program that prints your name and address. Write and run a program that prints the first sentence of the Gettysburg Address, with no more than 40 characters per line.

40 [Fig. 1-45(a) or (b)].

CHAP. l]

Thus in Fig. 1-45(a) a and b are supplementary angles since their exterior sides AB and BC lie in the same straight S line AC .

Run the program in Example 1.11 on your system. Use the output to determine what different integer types are available and how many bytes each requires. Modify the program shown in Example 1.16 to see how your computer handles the integer division of 20 divided by -7. Try to predict what the quotient and remainder will be. Then run your program to see if you were right: Write and run a program that prints the first letter of your last name as a block letter in a 7 x 7 grid of stars. Write and run a program that prints the first four lines of Shakespeare s Sonnet 18:

(Compare with the previous question)

Fig. 1-45

Shall I compare thee to a summer's day Thou art more lovely and more temperate. Rough winds do shake the darling buds of May, And summer's lease hath all too short a date.

Fig. 1-46

1.34 1.35

To find out what your system does about uninitialized variables, write and run a test program that contains the following two lines:

If supplementary angles are congruent, each of them is a right angle. (Equal supplementary angles are right angles.)

int n; tout -CC n C-C endl;

Thus if /1 and /2 in Fig. 1-46 are both congruent and supplementary, then each of them is a right angle.

Write and run a program that causes negative overflow of an variable of type short Write and run a program that causes overflow of an variable of type int.

1.13 Naming pairs of angles (a) In Fig. 1-47(a), name two pairs of supplementary angles. (b) In Fig. 1-47(b), name two pairs of complementary angles. (c) In Fig. 1-47(c), name two pairs of vertical angles.

1.38 1.39 1.40

Dim Values(12) As Single, Index As Integer . . . . . For Each Index In Values Values(Index) = . . . . . Next Index For Index = 1 To 6 Button(Index).FontSize = 12 Next Index

Fig. 1-47

Write and run a program like the one in Example 1.22 that prints the ASCII codes for only the 10 digits and the last 5 lowercase letters. Use Appendix A to check your output. Write and run a program like the one in Example 1.22 that prints the ASCII codes for only the 10 uppercase and lowercase vowels. Use Appendix A to check your output. Answers to Review Questions

(a) Since their sum is 180 , the supplementary angles are (1) /1 and /BED; (2) /3 and /AEC. (b) Since their sum is 90 , the complementary angles are (1) /4 and /FJH; (2) /6 and /EJG. (c) Since KL and MN are intersecting lines, the vertical angles are (1) /8 and /10; (2) /9 and /MOK.

One way is to use the Standard C style comment: /* like this */ The other way is to use the C++ style comment: // like this The first begins with a slash-star and ends with a star-slash. The second begins with a double-slash and ends at the end of the line. t

1.2 1. 3 1.4 1.5

1.14 Finding pairs of angles Find two angles such that: (a) The angles are supplementary and the larger is twice the smaller. (b) The angles are complementary and the larger is 20 more than the smaller. (c) The angles are adjacent and form an angle of 120 . The larger is 20 less than three times the smaller. (d) The angles are vertical and complementary.