PHP <-> C# | Division

PHP

/

Description

par1 / par2
Used keywords: /

Input


Output

  • Result - Real numbers Result of the division is always a real number.
Note: If we want a integer as a result, so let's use the integer division operation or by using some rounding function we can convert the result to an integer.

Examples

PHP

Division the possible of use:
$x = 64 / 8;   // x=8
$y = $x / 0.5;   // y=16
$z = ($x * 2 / $y +5);// z=1.1

PHP

Even one example in what situations we can use the operation division:
(double)$i / 0xab
(double)27 / 3
(2.5 / 2 + 1.25) + 2
.
C#

/

Description

par1 / par2
Used keywords: /

Input


Output

  • Result - Real numbers Result of the division is always a real number.
Note: If we want a integer as a result, so let's use the integer division operation or by using some rounding function we can convert the result to an integer.

Examples

C#

Division the possible of use:
x = (float)64 / 8;   // x=8
y = x / 0.5;   // y=16
z = ((float)(x * 2) / y +5);// z=1.1

C#

Even one example in what situations we can use the operation division:
(float)i / 0xab
(float)27 / 3
(2.5 / 2 + 1.25) + 2
PHP

/

Description

par1 / par2
Used keywords: /

Input


Output

  • Result - Real numbers Result of the division is always a real number.
Note: If we want a integer as a result, so let's use the integer division operation or by using some rounding function we can convert the result to an integer.

Examples

PHP

Division the possible of use:
$x = 64 / 8;   // x=8
$y = $x / 0.5;   // y=16
$z = ($x * 2 / $y +5);// z=1.1

PHP

Even one example in what situations we can use the operation division:
(double)$i / 0xab
(double)27 / 3
(2.5 / 2 + 1.25) + 2
.
C#

/

Description

par1 / par2
Used keywords: /

Input


Output

  • Result - Real numbers Result of the division is always a real number.
Note: If we want a integer as a result, so let's use the integer division operation or by using some rounding function we can convert the result to an integer.

Examples

C#

Division the possible of use:
x = (float)64 / 8;   // x=8
y = x / 0.5;   // y=16
z = ((float)(x * 2) / y +5);// z=1.1

C#

Even one example in what situations we can use the operation division:
(float)i / 0xab
(float)27 / 3
(2.5 / 2 + 1.25) + 2

You can find it in the following collections: arithmetic operators
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