Match each eponymous fracture to its associated mechanism of injury

The following program is called Q14. Which option below best describes the output resulting from the following command: $ ./Q14 127.0.0.1  Note that there are 2 command line arguments: “./Q14” and “127.0.0.1” #include #include int main(int argc, char *argv, *str;    int index = argc;        strcpy(ipv4_buffer,argv);    str = ipv4_buffer;     str += index;            printf(“%s\n”,str);     return 0;}

An athlete sustains an eye injury due to altering a face shield on a football helmet. Who is liable?

  Which option below best describes the output from the following program: #include int main(){   int x, y,  *x_ptr;    x_ptr = x;    for (y=0; y < 5; y++)      x=y;    if (*(x_ptr + 2) != x)      printf("Red ");   else      printf("Blue ");    printf("%d",*(x_ptr + 2))    return 0;}

int a,b;a = 0;b = 12;Does the following expression evaluate to TRUE or FALSE?( (( a || b ) || (a && b))  &&  (!a) )

Which option below best describes the output of the following program? #include int main(){  int num1,quotient;  int num_array, i=1,k;   num1 = 55;  quotient = num1;  while(quotient!=0){     num_array= quotient % 4;     i++;     quotient = quotient / 4;   }       for(k = i – 1; k>0; k–)     printf(“%d”,num_array);   return 0;}  

Which option below best describes the output of the following program? #include struct st {int a;char ch;}; int main(void){    struct st obj;    struct st *stobj = &obj;     stobj->a = 31;    stobj->ch = ‘X’;    obj.a = 16;    obj.ch = ‘C’;     printf(“%d %c \n”, stobj->a, stobj->ch);     stobj->a = 7;    stobj->ch = ‘B’;     printf(“%d %c \n”, obj.a, obj.ch);    return 0;}

Which of the following fracture types has the highest risk of growth arrest and complications in the skeletally immature?

Short Answer 1 (10 pts. total) Bird species such as pelicans, black eagles, and cattle egrets practice siblicide, in which an older, larger chick will attack, and often eventually kill, its younger sibling.  A question central to the understanding of siblicide is why parents lay extra eggs in the first place, if these ‘marginal’ chicks are unlikely to survive. a.  Describe one adaptive benefit that parents can gain from producing additional chicks, if the species is obligately siblicidal. (3 pts.)   b.  Mock et al. (1990) conducted an experiment in which size disparities between junior and senior cattle egret chicks were manipulated by switching eggs across nests. Briefly describe the experimental results from the Figure, below, comparing the ‘synchronous’ and the ‘normal’ conditions, and how they make sense in light of the ‘rules’ for the escalation of contests.  (7 pts.).     PLEASE LABEL YOUR ANSWERS WITH (a) and (b).

Dolby and Grubb (2000) found that when core species (tufted titmice and Carolina chickadees) were present at a bird feeder far from forest cover, the latency for a satellite species (nuthatches) to begin feeding was much shorter than when the core species was absent.  However, when the bird feeder was close to forest cover, feeding latency nuthatches did not differ according to whether cores species were present or absent.  These results illustrate: