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Write the following function that copies the first n bytes beginning with * ~2 into the bytes beginning at the location of the first occurrence of the null character f \ 0 I after * s 1, where n is the number of bytes that ~2 has to be incremented before it points to the null character I \o I ..

void cat(char* sl, const char* s2)

1.3 Finding lengths and points of line segments See Fig. 1-4. (a) State the lengths of AB, AC, and AF. (b) Name two midpoints. (c) Name two bisectors. (d) Name all congruent segments.

Fig. 5.10(c)

Write the following function that compares at most n bytes beginning with ~2 with the corresponding bytes beginning with s 1, where n is the number of bytes that s 2 has to be incremented before it points to the null character I\ 0 I. If all n bytes match, the function should return 0; otherwise, it should return either -1 or 1 according to whether the byte from s 1 is less than or greater than the byte from ~2 at the first mismatch:

Fig. 1-4

int cmp(char* sl, char* s2)

(b) E is midpoint of AF; F is midpoint of AC. (c) DE is bisector of AF; BF is bisector of AC. (d) AB, AF, and FC (all have length 10); AE and EF (both have length 5).

Write the following function that searches the n bytes beginning with s for the character C, where n is the number of bytes that s has to be incremented before it points to the null character '\O'. If the character is found, a pointer to it is returned; otherwise return NULL:

A circle is the set of all points in a plane that are the same distance from the center. The symbol for circle is s (; for circles, s. Thus, (O stands for the circle whose center is O. The circumference of a circle is the distance around the circle. It contains 360 degrees (360 ). A radius is a segment joining the center of a circle to a point on the circle (see Fig. 1-5). From the definition of a circle, it follows that the radii of a circle are congruent. Thus, OA, OB, and OC of Fig. 1-5 are radii of (O and OA > OB > OC.

char* c)lr(char* s, char c)

Fig. 1-5

Write the following function that returns the sum of the pointers in the array p:

float sum(float* p[], int n)

Fig. 1-6

CHAP. 5]

Write the following function that changes the sign of each of the negative floats pointed to by the first n pointers in the array p:

A chord is a segment joining any two points on a circle. Thus, AB and AC are chords of (O. A diameter is a chord through the center of the circle; it is the longest chord and is twice the length of a radius. AC is a diameter of (O. An arc is a continuous part of a circle. The symbol for arc is , so that AB stands for arc AB. An arc of measure 1 is 1/360th of a circumference. A semicircle is an arc measuring one-half of the circumference of a circle and thus contains 180 . A diameter divides a circle into two semicircles. For example, diameter AC cuts (O of Fig. 1-5 into two semicircles. A central angle is an angle formed by two radii. Thus, the angle between radii OB and OC is a central angle. A central angle measuring 1 cuts off an arc of 1 ; thus, if the central angle between OE and OF in Fig. 1-6 is 1 , then EF measures 1 . Congruent circles are circles having congruent radii. Thus, if OE > O G, then ( O > ( O .

void abs(float* p[], int n)

1.4 Finding lines and arcs in a circle In Fig. 1-7 find (a) OC and AB; (b) the number of degrees in AD; (c) the number of degrees in BC.

Write the following function that indirectly sorts the floats pointed to by the first n pointers in the array p by rearranging the pointers:

Fig. 1-7

void sort(float* p[], int n)

6.42 6.43 6.44 6.45 \ 6.46