C Programming

void main()

{

int a = 5;

int b = 7;

int c = 2;

int res;

res = (int)(a/b)?a:b;

res = (int)(res/c)?res:c;

printf("big num = %d",res);

}

Yes. A vector is a variable-length array but constant-time random-access is guaranteed regardless of an array's length.

Scan the postfix expression from left to right and count the number of values and the number of operators. The maximum value of their difference is the required stack size.

Eg:

1 2 3 + 4 + *

1 2 3 2 3 2 1 The maximum is 3.

Its very Simple that using Enumerated data type you are making special integers that flow within range, While a typedef is redefining data type with new name. Example: like defining enum Days{sun,mon,tue.....} makes an integer definition that can have 0-7 values So if u do following: Days x=sun; or Days x=0; then x=x+2; is 2 or tue and x=x+7; is 0 or sun again... Means its modulo 7 data type ................. While doing this: typedef Days WeekDays; renames Days as WeekDays Similary typedef int NUMBER; renames int as NUMBER .But wait it is one more name for the data type.. So simply enum creates a numeral modular datatype with a range while typedef creates another name for it. Rupesh K Joshi

Pairs

you can use strstr()

degrees

there are six C - suite.

CEO - Chief Executive Officer

CFO - Chief Financial Officer

COO - Chief Operation Officer

CTO - Chief Technology Officer

CIO - Chief Information Officer

CMO - Chief Marketing Officer

// short version

char c = 'a';

System.out.println((c=='a'c=='e'c=='i'c=='o'c=='u')?"VOWEL":"CONSONANT");

// easy to read version

char c = 'a';

switch (c) {

case 'a':

case 'e':

case 'i':

case 'o':

case 'u':

System.out.println("VOWEL");

break;

default:

System.out.println("CONSONANT");

}

Actually, the preprocessor is not part of the C compiler, but here you are: #define is meant to define symbols. Examples

#define NULL ((void *)0)

#define getchar() getc(stdin)

Convention. Of course you can use any other extension, like 'helloworld.my-own-c-source' instead of 'helloworld.c' but why should you?

The letters represent the initials of the months: January, February, March, etc. That being so, the next 3 letters would be SON (Sept, Oct, Nov).

entirely different things

conditional operator:
? :

logical operators:
AND: &&
OR:
NOT: !

also you can count
XOR: !=

eg:
if ((a==3) != (b==c)) printf ("XOR: Exactly one of the two conditions is true\n");

Not too sure, looking for her myself.. but I've found a version on www.esnips.com called "Omni-Psych Super Dizzy LV3" but I believe it's a fake, probably V1 or V2 but if you want those just search esnips, as for LV3 not sure sorry.

As to your question I'm a bit puzzled. 2 is larger than 1 and 20 is more than 10 but less than 30. Alright, so you already know this much I'm assuming your question may relate to the need for a strong password where there is a need for password protection.

If this is the case, the need for a large combination of letters and numbers (alpha/numeric sequence) is the same as stated above. Use as large a seuence as may be permitted for login. Some people suggest you keep a book nearby the computer to help you construct passwords and this can be a useful technique.

Try it out: Open the book and begin your password with the page number followed by the first letter of the each word in the first sentence (Use Capital letters if that is what you read and lower case letters if that is what you read. Or use the last sentence on the page or the first letter of each paragraph on the page.

Again, the longer and larger is the combination of your alpha/numeric sequencing the Stonger is the Password.

Hafner/Maass have done it in Fortran.

Maybe of help by translating?

A TSR is a Terminate and Stay Resident program. Such a program stays in the memory even after the user exits it, so that it can be recalled by hitting a custom key(s). To write TSRs, you need an understanding of how to interact with hardware on your computer through pointers. It needs a good knowledge of C, and there are some good books specifically on TSRs. But those are not used much anymore, since the advent of windows :).

#!/usr/bin/perl

calvnpv(@net-p-value);

(-36)/(9+3)

I would use parenthesis to execute proper order of operations.

Passenger Name Record

#include<stdio.h>

void main()

{

int a,b;

printf("enter two number");

scanf("%d%d",&a,&b);

{

if(a>b)

printf("a is big");

}

else

printf("b is big");

getch();

}

BSS is block started with symbol

It stems from the analogy of a plate-stacker. That is; a recessed pit with a spring-loaded platform that pushes upwards. As plates are stacked onto the platform, the spring is compressed by the weight of the plates, pushing the platform down into the pit so only the top plate protrudes from the pit. When the top plate is removed, the stack pops up to expose the next plate.

The push and pop verbs apply to all linear sequence containers where a new element can be added at the front and/or back ends of the sequence, such as arrays/vectors, lists, queues and stacks.