Sunday 30 September 2012

10 Amazing Facts about Love

Love is a light of your life. Everyone know that love increases our live's quality. If still there are some people who don't believe this, lovers have found some funny scientific love facts to prove this theory:)


1. People are more likely to tilt their heads to the right when kissing instead of the left (65 percent of people go to the right!).



2. The oldest known love song was written 4,000 years ago and comes from an area between the Tigris and Euphrates Rivers.


3. One in five long-term love relationships began with one or both partners being involved with others.






4. Falling in love can induce a calming effect on the body and mind and raises levels of nerve growth factor for about a year, which helps to restore the nervous system and improves the lover’s memory.


5. Love can also exert the same stress on your body as deep fear. You see the same physiological responses—pupil dilation, sweaty palms, and increased heart rate.




6. Philadelphia International Airport finished as the No. 1 best airport for making a love connection, according to a recent survey.


7. Men who kiss their wives in the morning live five years longer than those who don't.


8. The tradition of the diamond engagement ring comes from Archduke Maximillian of Austria who, in the 15th century, gave a diamond ring to his fiancée, Mary of Burgundy.







9. People who are newly in love produce decreased levels of the hormone serotonin —as low as levels seen in people with obsessive-compulsive disorder. Perhaps that’s why it’s so easy to feel obsessed when you’re smitten.

10. According to mathematical theory, we should date a dozen people before choosing a long-term partner; that provides the best chance that you’ll make a love match.



*This one may not surprise you, but we had to share it: Having a romantic relationship makes both genders happier. The stronger the commitment, the greater the happiness!*








Sunday 16 September 2012

Short Romantic Love Story

                           A girl asked a boy if she was pretty, he said "No". 
                She asked him if he wanted to be with her forever, he said "No".
             Then she asked him if he would cry if she walked away, he said "No". 






                                            She had heard enough; she needed to leave.




As she walked away he grabbed her arm and told her to stay. He said "You're not pretty, you're beautiful. I don`t want to be with you forever, I need to be with you forever. And I wouldn't cry if you walked away, I would die."










(leave comment if u like this........)

Tuesday 11 September 2012

Solution of Aspirations 2020-2012


                             AREA UNDER THE CURVE                                                    or                                   DEFINITE INTEGRAL                                               


#include <stdio.h>
#include <math.h>

struct Term
{
float exponent;
float coefficient;
};
double getAreaUnderCurve (struct Term* equation, int noOfTerms, int limit1,int limit2) 
{

int i;
double ans1=0,ans2=0;
struct Term *p;
p=(struct Term *)malloc(sizeof(struct Term));
p=equation;
for(i=0;i<noOfTerms;i++)
{
p->exponent=p->exponent+1;
p->coefficient=(p->coefficient)/(p->exponent);
p++;
}
p=equation;
for(i=0;i<noOfTerms;i++)
{
ans1+=(p->coefficient)*pow(limit2,p->exponent);
ans2+=(p->coefficient)*pow(limit1,p->exponent);
p++;
}
return (ans1-ans2);

}

int main() 
{
int ll,ul,n,i;
struct Term e[10];
double ans;
clrscr();
printf("Enter no of terms: ");
scanf("%d",&n);
for(i=0;i<n;i++)
{
printf("\nEnter coefficientf %d: ",i+1);
scanf("%f",&e[i].coefficient);
printf("\nEnter exponent %d: ",i+1);
scanf("%f",&e[i].exponent);
}
printf("\nEnter lower limit: ");
scanf("%d",&ll);
printf("\nEnter upper limit: ");
scanf("%d",&ul);
ans=getAreaUnderCurve(e,n,ll,ul);
printf("\n%0.4lf",ans);
return 0;
}


Friday 7 September 2012

SOLUTION OF ASPIRATIONS 2020

                                              DECODE THE CODE



# include "conio,h"

# include "stdio.h"
#include "string.h"
char* decodeCode(char* encodedString)
{
    char*  decodedString = "",temp[10],s[100];
    int i=0,j=0,k=0,len;
    decodedString=s;
    while(*(encodedString+i)!='\0')
    {
if(*(encodedString+i)!=*(encodedString+i+1))
{
temp[j++]=*(encodedString+i);
temp[j]='\0';
len=0;
while(temp[len]!='\0')
{
len++;
}
switch(temp[0])
{
case '2':switch(len)
{
case 1:*(decodedString+k)='a';
break;
case 2:*(decodedString+k)='b';
break;
case 3:*(decodedString+k)='c';
break;
case 4:*(decodedString+k)='2';
break;
}
k++;
break;
case '3':switch(len)
{
case 1:*(decodedString+k)='d';
break;
case 2:*(decodedString+k)='e';
break;
case 3:*(decodedString+k)='f';
break;
case 4:*(decodedString+k)='3';
break;
}
k++;
break;
case '4':switch(len)
{
case 1:*(decodedString+k)='g';
break;
case 2:*(decodedString+k)='h';
break;
case 3:*(decodedString+k)='i';
break;
case 4:*(decodedString+k)='2';
break;
}
k++;
break;
case '5':switch(len)
{
case 1:*(decodedString+k)='j';
break;
case 2:*(decodedString+k)='k';
break;
case 3:*(decodedString+k)='l';
break;
case 4:*(decodedString+k)='5';
break;
}
k++;
break;
case '6':switch(len)
{
case 1:*(decodedString+k)='m';
break;
case 2:*(decodedString+k)='n';
break;
case 3:*(decodedString+k)='o';
break;
case 4:*(decodedString+k)='6';
break;
}
k++;
break;
case '7':switch(len)
{
case 1:*(decodedString+k)='p';
break;
case 2:*(decodedString+k)='q';
break;
case 3:*(decodedString+k)='r';
break;
case 4:*(decodedString+k)='s';
break;
case 5:*(decodedString+k)='7';
break;
}
k++;
break;
case '8':switch(len)
{
case 1:*(decodedString+k)='t';
break;
case 2:*(decodedString+k)='u';
break;
case 3:*(decodedString+k)='v';
break;
case 4:*(decodedString+k)='8';
break;
}
k++;
break;
case '9':switch(len)
{
case 1:*(decodedString+k)='w';
break;
case 2:*(decodedString+k)='x';
break;
case 3:*(decodedString+k)='y';
break;
case 4:*(decodedString+k)='z';
break;
}
k++;
break;
case '0':switch(len)
{
case 1:*(decodedString+k)=' ';
break;
}
k++;
break;
case '#':break;
default: return "\" \"";

}

j=0;
}
else
temp[j++]=*(encodedString+i);
i++;

    }

    decodedString[k]='\0';

    return  decodedString;

}
int main()
{
char input[200],*output;
printf("Enter string: ");
gets(input);
output=(char *)malloc(100);
output=decodeCode(input);
puts(output);
return 0;
}

Sunday 2 September 2012

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