Difference between revisions of "Manuals/calci/INT"

Revision as of 23:12, 18 December 2013

INT(n), where n is the real number

$n$ is the real number

Description

This function gives number without any decimal part.
The function INT(n) is rounding the given number to down to the nearest number.
Integer is the number without any decimal or fractional part but it can be the natural number with positive or negative sign. i.e.,INTEGER={….-3,-2,-1,0,1,2,3...}
So integers are countably infinite set.
In INT(n), where $n$ is the real number.Also $n$ any operations with the real numbers.
For e.g.,INT(2.3*4.7)
This function will give result as error when n is nonnumeric.

Examples

INT(10.99)=10
INT(-10.99)=-11
INT(0.05)=0,INT(-0.05)=-1
INT(4.56+7.21)=11
INT(10.78-9.45)=1
INT(12.76*12.76)=162
INT(49.54/20.4)=2
20.76-INT(19.45)=1.76

References

@@ Line 1: / Line 1: @@
-=INT(number)=
+<div style="font-size:30px">'''INT(n), where n is the  real number'''</div><br/>
+*<math>n</math> is the real number
-*Where 'number' is a number to round.
-INT() rounds a number down to the nearest integer.
 == Description ==
-INT(number)
+*This function gives number without any decimal part.
+*The function INT(n) is rounding the given number to down to the nearest number.
-INT() function rounds a number to the nearest integer towards zero.
+*Integer is the number without any decimal or fractional part but it can be the natural number with positive or negative sign. i.e.,INTEGER={….-3,-2,-1,0,1,2,3...}
+*So integers are countably infinite set.
-For Example,
+*In INT(n), where <math> n </math> is the real number.Also <math> n </math> any operations with the real numbers.
+*For e.g.,INT(2.3*4.7)
-. INT(3.6) ''returns 3'' as output.
+*This function will give result as error when n is nonnumeric.
-. INT(-2.4) ''returns -3'' as output.
-. INT() can be used with multiple inputs as -
-   a) INT(4.5,6.7,3.345,2) ''displays 4,6,3,2 as a result''.
-. INT() can be combined with other functions as -
-   a) INT(SIN(45) + SIN(45)) ''returns 1 as a result''.
-   b) 1..5|INT((x^2)+2.5)| calculates the integer output for the equation where x varies from 1 to 5. ''Returns  3,6,11,18,27 as a   result''.
-*If the input is non-numeric, Calci displays a #NaN error message.
-*TRUNC() and INT() functions are somewhat similar. TRUNC() removes the fractional part of the number, where as INT() rounds the number down to nearest integer.
-*INT() and TRUNC() work differently with negative numbers.
-INT(-45.1) ''returns -45'' whereas
-TRUNC(-45.1) ''returns -46''
-== Examples ==
-<div id="6SpaceContent" class="zcontent" align="left">
-{| id="TABLE3" class="SpreadSheet blue"
-|- class="even"
-| class="  " | '''Function'''
-| class="  " | '''Output'''
-|- class="odd"
-| class="sshl_f" |INT(1000.34)
-| class="sshl_f" |1000
-|- class="even"
-| class="sshl_f" |INT(23.4546)
-| class="sshl_f" |23
-|- class="odd"
-| class="sshl_f" |INT(-3.25)
-| class="sshl_f" |-4
-|- class="even"
+==Examples==
-| class="sshl_f" |INT(-0.222)
+#INT(10.99)=10
-| class="sshl_f" |-1
+#INT(-10.99)=-11
-|}
+#INT(0.05)=0,INT(-0.05)=-1
+#INT(4.56+7.21)=11
+#INT(10.78-9.45)=1
+#INT(12.76*12.76)=162
+#INT(49.54/20.4)=2
+#20.76-INT(19.45)=1.76
 == See Also ==

Difference between revisions of "Manuals/calci/INT"

Revision as of 23:12, 18 December 2013

Contents

Description

Examples

See Also

References

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