Answer: Apex ↓Ptotal = P1 + P2 + P3 + ...
The molecule P2 is obtained by heating P4 over 800 oC.
N3/p4
The total pressure of a mixture of gases is the sum of partial pressures of contained gases.
P1/t1=p2/t2
product
p1 hello, i am... p2 age looks p3 favorites p4 family p5 goal
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#include<stdio.h> #include<conio.h> void main() { clrscr(); int i; int a[4]={1,2,3,4}; int *p1,*p2,*p3; for(i=0;i<4;i++) { p1=&a[0]; p2=&a[2]; p3=*p2-*p1; printf("\n value of p3%d",p3); } getch(); }
p1+p2+p3=0
example on round robin problem in OS: let here p1,p2,p3,p4 are some process and its burst time is given as: P1=6 P2=8 P3=2 P4=4 time quantum=4 millisec PROCESSES P1 P2 P3 P4 P1 P2 CPU CYCLES 0 4 8 10 14 16 20 SO in this example, a process cannot exceed more than 4 millisec. so each process is not exceeding more than 4 millisec. as p1 starting time is 0 ms and ending time is 4 ms then another process started at this time which also complete 4 cycles then another process p3 start which need only 2 cycles to complete its execution ,so goes only 2 cycles and finish its execution at time 14 and p4 complete its execution at 14 . now dis process will again started until all the process does not complete its execution remaining in the time quantum limit.
Starcrossed p1,p2,p3
Answer: Apex ↓Ptotal = P1 + P2 + P3 + ...
P(total) = P1 + P2 + P3
#include <stdio.h> #include <conio.h> #define MAX 10 struct term { int coeff ; int exp ; } ; struct poly { struct term t [10] ; int noofterms ; } ; void initpoly ( struct poly *) ; void polyappend ( struct poly *, int, int ) ; struct poly polyadd ( struct poly, struct poly ) ; struct poly polymul ( struct poly, struct poly ) ; void display ( struct poly ) ; void main( ) { struct poly p1, p2, p3 ; clrscr( ) ; initpoly ( &p1 ) ; initpoly ( &p2 ) ; initpoly ( &p3 ) ; polyappend ( &p1, 1, 4 ) ; polyappend ( &p1, 2, 3 ) ; polyappend ( &p1, 2, 2 ) ; polyappend ( &p1, 2, 1 ) ; polyappend ( &p2, 2, 3 ) ; polyappend ( &p2, 3, 2 ) ; polyappend ( &p2, 4, 1 ) ; p3 = polymul ( p1, p2 ) ; printf ( "\nFirst polynomial:\n" ) ; display ( p1 ) ; printf ( "\n\nSecond polynomial:\n" ) ; display ( p2 ) ; printf ( "\n\nResultant polynomial:\n" ) ; display ( p3 ) ; getch( ) ; } /* initializes elements of struct poly */ void initpoly ( struct poly *p ) { int i ; p -> noofterms = 0 ; for ( i = 0 ; i < MAX ; i++ ) { p -> t[i].coeff = 0 ; p -> t[i].exp = 0 ; } } /* adds the term of polynomial to the array t */ void polyappend ( struct poly *p, int c, int e ) { p -> t[p -> noofterms].coeff = c ; p -> t[p -> noofterms].exp = e ; ( p -> noofterms ) ++ ; } /* displays the polynomial equation */ void display ( struct poly p ) { int flag = 0, i ; for ( i = 0 ; i < p.noofterms ; i++ ) { if ( p.t[i].exp != 0 ) printf ( "%d x^%d + ", p.t[i].coeff, p.t[i].exp ) ; else { printf ( "%d", p.t[i].coeff ) ; flag = 1 ; } } if ( !flag ) printf ( "\b\b " ) ; } /* adds two polynomials p1 and p2 */ struct poly polyadd ( struct poly p1, struct poly p2 ) { int i, j, c ; struct poly p3 ; initpoly ( &p3 ) ; if ( p1.noofterms > p2.noofterms ) c = p1.noofterms ; else c = p2.noofterms ; for ( i = 0, j = 0 ; i <= c ; p3.noofterms++ ) { if ( p1.t[i].coeff p2.t[j].exp ) { p3.t[p3.noofterms].coeff = p1.t[i].coeff + p2.t[j].coeff ; p3.t[p3.noofterms].exp = p1.t[i].exp ; i++ ; j++ ; } else { p3.t[p3.noofterms].coeff = p1.t[i].coeff ; p3.t[p3.noofterms].exp = p1.t[i].exp ; i++ ; } } else { p3.t[p3.noofterms].coeff = p2.t[j].coeff ; p3.t[p3.noofterms].exp = p2.t[j].exp ; j++ ; } } return p3 ; } /* multiplies two polynomials p1 and p2 */ struct poly polymul ( struct poly p1, struct poly p2 ) { int coeff, exp ; struct poly temp, p3 ; initpoly ( &temp ) ; initpoly ( &p3 ) ; if ( p1.noofterms != 0 && p2.noofterms != 0 ) { int i ; for ( i = 0 ; i < p1.noofterms ; i++ ) { int j ; struct poly p ; initpoly ( &p ) ; for ( j = 0 ; j < p2.noofterms ; j++ ) { coeff = p1.t[i].coeff * p2.t[j].coeff ; exp = p1.t[i].exp + p2.t[j].exp ; polyappend ( &p, coeff, exp ) ; } if ( i != 0 ) { p3 = polyadd ( temp, p ) ; temp = p3 ; } else temp = p ; } } return p3 ; }
p1) Diana Ross p2) Cher p3) Madonna p4) Whitney Houston If you know the answer, put it at this answer and save it. I'll check it. :)
#include<stdio.h> #include<stdlib.h> void display(float **,int); float** add(float **,float **,int,int,int); int main() { float **p1,**p2,**p3,**p4; int i,j,n1,n2,k=0,x; printf("Enter no of terms of a pollynomial:\n"); scanf("%d",&n1); printf("Enter no of terms of another pollynomial:\n"); scanf("%d",&n2); p1=(float **) malloc(n1*sizeof(float *)); p2=(float **) malloc(n2*sizeof(float *)); for(i=0;i<n1;i++) p1[i]=(float *) malloc(2*sizeof(float)); for(i=0;i<n2;i++) p2[i]=(float *) malloc(2*sizeof(float)); printf("Enter the first pollynomial:\n"); for(i=0;i<n1;i++) { printf("\nEnter value and exponent:"); scanf("%f %f",&p1[i][0],&p1[i][1]); } printf("Enter the second pollynomial:\n"); for(i=0;i<n2;i++) { printf("\nEnter value and exponent:"); scanf("%f %f",&p2[i][0],&p2[i][1]); } printf("\nFirst pollynomial:\n"); display(p1,n1); printf("\nSecond pollynomial:\n"); display(p2,n2); for(i=0;i<n1;i++) for(j=0;j<n2;j++) if(p1[i][1]==p2[j][1]) k++; x=n1+n2-k; p3=add(p1,p2,n1,n2,x); printf("\nAdded polynomial:\n"); display(p3,x); return 0; } void display(float **p,int n) { int i; printf("%fx^%d",p[0][0],(int)p[0][1]); for(i=1;i<n;i++) printf("+%fx^%d",p[i][0],(int)p[i][1]); } float** add(float **p1,float **p2,int n1,int n2,int n) { int i,j,k; float **p3; p3=(float **)malloc(n*sizeof(float*)); for(i=0;i<n;i++) p3[i]=(float *)malloc(2*sizeof(float)); i=0; j=0; k=0; while(i<n1 && j<n2) { if(p1[i][1]==p2[j][1]) { p3[k][0]=p1[i][0]+p2[j][0]; p3[k][1]=p1[i][1]; k++; i++; j++; } else if(p1[i][1]<p2[j][1]) { p3[k][0]=p1[i][0]; p3[k][1]=p1[i][1]; k++; i++; } else { p3[k][0]=p2[j][0]; p3[k][1]=p2[j][1]; k++; j++; } } while(i<n1) { p3[k][0]=p1[i][0]; p3[k][1]=p1[i][1]; k++; i++; } while(j<n2) { p3[k][0]=p2[j][0]; p3[k][1]=p2[j][1]; k++; j++; } return p3; }