C PRO slide 5 part 3

http://www.ziddu.com/download/20492852/5.5_5.6_1.rar.html

wireless slide unit 5 and unit 6

Assalamualaikum,

Please find the latest slide..

http://www.ziddu.com/download/20492660/Unit5.rar.html

http://www.ziddu.com/download/20492738/unit6_1.rar.html


Thanks

C PRO SLIDE UNIT 5 PART 2

Dears,

Here is another part of slide for unit 5.

http://www.ziddu.com/download/20344895/5.4.rar.html

happy programming..

alahai..

this week is the last week for syawal..

Different between char, float, int and double

You always write a programming using char, int, float and double), and optional specifiers (signed, unsigned, short, long).

What is the different between this four type??

THE MAIN DIFFERENT IS SIZE.

Type	Explanation	Type	Explanation
char	smallest addressable unit of the machine that can contain basic character set. It is an integer type. Actual type can be either signed or unsigned depending on implementation	signed char	same as char, but guaranteed to be signed.
		unsigned char	same as char, but guaranteed to be unsigned.
short short int signed short signed short int	short signed integer type. At least 16 bits in size.	unsigned short unsigned short int	same as short, but unsigned.
int signed int	basic signed integer type. At least 16 bits in size.	unsigned unsigned int	same as int, but unsigned.
long long int signed long signed long int	long signed integer type. At least 32 bits in size.	unsigned long unsigned long int	same as long, but unsigned.
long long long long int signed long long signed long long int	long long signed integer type. At least 64 bits in size. Specified since the C99 version of the standard.	unsigned long long unsigned long long int	same as long long, but unsigned. Specified only in C99 version of the standard.
float	(single precision) floating-point type. Actual properties unspecified, however on most systems this is IEEE 754 single precision floating point format.
double	double precision floating-point type. Actual properties unspecified, however on most systems this isIEEE 754 double precision floating point format.
long double	extended precision floating-point type. Actual properties unspecified. Unlike types float anddouble, it can be either 80-bit floating point format, the non-IEEE "double-double" or IEEE 754 quadruple precision floating-point format if a higher precision format is provided, otherwise it is the same as double. See this page for details.

FLOAT:

Single-precision floating-point format is a computer number format that occupies 4 bytes (32 bits) in computer memory and represents a wide dynamic range of values by using a floating point.

In IEEE 754-2008 the 32-bit base 2 format is officially referred to as binary32. It was called single in IEEE 754-1985. In older computers, other floating-point formats of 4 bytes were used.

DOUBLE:

In computing, double precision is a computer number format that occupies two adjacent storage locations in computer memory. A double-precision number, sometimes simply called a double, may be defined to be an integer, fixed point, or floating point (in which case it is often referred to as FP64).

Modern computers with 32-bit storage locations use two memory locations to store a 64-bit double-precision number (a single storage location can hold a single-precision number).Double-precision floating-point is an IEEE 754 standard for encoding binary or decimal floating-point numbers in 64 bits (8 bytes).

thank you so much osman, for asking me this question.

i really hope this explanation can helps you.

all the best...

UNIT 5 slide, C PRO part 1

http://www.ziddu.com/download/20301356/UNIT5_part5.1_5.2_5.3_latest.rar.html

exercise 4(unit 3) solution

Dear asahi,

Here is how to solve exercise 4.

The QUESTION IS:

So.. 

To solve it..

1.  You must understand what the programming will do?

2.  Write down the flow of the programming or you might straight away draw the flow chart.

the example on the flow chart is as followed:

STEP 2:

base on the flow chart.
write a coding.
Here is the example which implementing while loop.


#include <stdio.h>


main()
{
    int a =1;
    float total = 0;
    int total_A = 0;
    int total_B = 0;
    int total_C = 0;
    int total_D = 0;
    int total_F = 0;
    float marks;

    while (a<19)  // be aware that in the flow chart i just use 11 for 10 value, in the test data it give 18    
                           values.
    {
        printf("\nInsert the %d's student's marks = ", a);
        scanf("%f", &marks);

        if (marks>100) {
          printf("Invalid marks value(must be less than 100)");
     } else if (marks>=90) {
          //printf("Grade is: A");
          total_A+=1;
        } else if (marks>=70) {
            //printf("Grade is: B");
            total_B+=1;
          } else if (marks>=50) {
              //printf("Grade is: C");
              total_C+=1;
            } else if (marks>=35) {
                //printf("Grade is: D");
                total_D+=1;
              } else if (marks>=0) {
                  //printf("Grade is: F");
                  total_F+=1;

                } else {
                  printf("Invalid score");
                }

               a++;
    }

    printf("A's scorer = %d\n",total_A);
    printf("B's scorer = %d\n",total_B);
    printf("C's scorer= %d\n",total_C);
    printf("D's scorer= %d\n",total_D);
    printf("D's scorer= %d\n",total_F)

   }

RFID READING MATERIAL

Here are some good information to enhance your knowledge.

http://www.ziddu.com/download/20225195/RFIDTutorial.rar.html