ZCubes/How to Apply Z Programming and Combinatorial Arguments - Revision history

Jayaram: /* Examples */

2021-09-14T19:08:38Z

Examples

Swapna: /* Examples */

2020-03-13T10:07:16Z

Examples

Swapna: /* Examples */

2020-03-12T02:14:05Z

Examples

Jayaram: /* Examples */

2020-03-11T12:45:29Z

Examples

Jayaram at 12:44, 11 March 2020

2020-03-11T12:44:26Z

Swapna: /* Examples */

2020-03-11T11:12:31Z

Examples

Swapna: /* Examples */

2020-03-11T11:11:02Z

Examples

Swapna: /* Examples */

2020-03-11T11:09:09Z

Examples

Swapna at 10:37, 11 March 2020

2020-03-11T10:37:57Z

Jayaram: /* How to Apply Z Programming and Combinatorial Arguments */

2020-03-06T09:32:25Z

How to Apply Z Programming and Combinatorial Arguments

@@ Line 75: / Line 75: @@
-<<[[Learn_ZCubes | Learn ZCubes ]]
+<br/>
 <br/>
 &copy; Copyright 1996-2020, ZCubes, Inc.

@@ Line 14: / Line 14: @@
 . To find the final velocity (V), use the ZCubes code as-
 <br/>
-v := u+a*t;
+<math>V := u+a*t;</math>
 <br/>
-v(1,9.8,1)
+<math>V(1,9.8,1)</math>
 displays the result as ''10.8''.
@@ Line 23: / Line 23: @@
 . To find the final velocity(V) for array of values of 't' from 1 to 30, use the following ZCubes code as-
 <br/>
-V := u+a*t;
+<math>V := u+a*t;</math>
 <br/>
-V arr;               //typing arr and pressing Shift+Space key gives an character '#'
+<math>V arr;</math>               //typing arr and pressing Shift+Space key gives an character '#'
 <br/>
-V(1,9.8,1..30)
+<math>V(1,9.8,1..30)</math>
 displays the final velocity values with varying inputs of time as:
 <br/>
   u      t       V
-.8  	1 	10.8
+<br/>   9.8  	1 	10.8
 <br/>	9.8	2	20.6
 <br/>	9.8	3	30.400000000000002
@@ Line 66: / Line 66: @@
 . To find the final velocity(V) for array of values of 't' and 'u' from 1 to 30, use the following ZCubes code as-
 <br/>
-V := u+a*t;
+<math>V := u+a*t;</math>
 <br/>
-V arr;               //typing arr and pressing Shift+Space key gives an character '#'
+<math>V arr;</math>               //typing arr and pressing Shift+Space key gives an character '#'
 <br/>
-V(1..30,9.8,1..30)
+<math>V(1..30,9.8,1..30)</math>

@@ Line 23: / Line 23: @@
 . To find the final velocity(V) for array of values of 't' from 1 to 30, use the following ZCubes code as-
 <br/>
-V =: u+a*t;
+V := u+a*t;
 <br/>
 V arr;               //typing arr and pressing Shift+Space key gives an character '#'
@@ Line 66: / Line 66: @@
 . To find the final velocity(V) for array of values of 't' and 'u' from 1 to 30, use the following ZCubes code as-
 <br/>
-V =: u+a*t;
+V := u+a*t;
 <br/>
 V arr;               //typing arr and pressing Shift+Space key gives an character '#'

@@ Line 14: / Line 14: @@
 . To find the final velocity (V), use the ZCubes code as-
 <br/>
-V =: u+a*t;
+v := u+a*t;
 <br/>
-V(1,9.8,1)
+v(1,9.8,1)
 displays the result as ''10.8''.

@@ Line 1: / Line 1: @@
-==How to Apply Z Programming and Combinatorial Arguments==
+==Z Programming and Combinatorial Arguments==
 <br/>
 This video demonstrates how to enable functions to be able to process arrays of values, instead of single value arguments. Using the ‘arrayfy’ feature, the function that handles a set of parameters can handle a range of values for each parameter. This powerful feature of handling 'combinatorial arguments' opens up the possibility of evaluating functions for wide range of values without any changes to the function code.

@@ Line 19: / Line 19: @@
 displays the result as ''10.8''.
 . To find the final velocity(V) for array of values of 't' from 1 to 30, use the following ZCubes code as-
@@ Line 61: / Line 62: @@
 <br/>	9.8	29	285.20000000000005
 <br/>	9.8	30	295
 . To find the final velocity(V) for array of values of 't' and 'u' from 1 to 30, use the following ZCubes code as-

← Older revision		Revision as of 10:37, 11 March 2020
Line 8:		Line 8:
	<br/><br/><br/><br/><br/><br/><br/><br/><br/><br/><br/><br/><br/>		<br/><br/><br/><br/><br/><br/><br/><br/><br/><br/><br/><br/><br/>

		+
		+	==Examples==
		+	Finding velocity : Final velocity (v) of an object equals initial velocity (u) of that object plus acceleration (a) of the object times the elapsed time (t) from u to v. For standard gravity, a = 9.80665 m/s2.
		+
		+	1. To find the final velocity (V), use the ZCubes code as-
		+	<br/>
		+	V =: u+a*t;
		+	<br/>
		+	V(1,9.8,1)
		+
		+	displays the result as ''10.8''.
		+
		+	2. To find the final velocity(V) for array of values of 't' from 1 to 30, use the following ZCubes code as-
		+	<br/>
		+	V =: u+a*t;
		+	<br/>
		+	V arr; //typing arr and pressing Shift+Space key gives an character '#'
		+	<br/>
		+	V(1,9.8,1..30)
		+
		+	displays the final velocity values with varying inputs of time as:
		+	<br/>
		+	''u'' ''t'' ''V''
		+	<br/> 9.8 1 10.8
		+	<br/> 9.8 2 20.6
		+	<br/> 9.8 3 30.400000000000002
		+	<br/> 9.8 4 40.2
		+	<br/> 9.8 5 50
		+	<br/> 9.8 6 59.800000000000004
		+	<br/> 9.8 7 69.60000000000001
		+	<br/> 9.8 8 79.4
		+	<br/> 9.8 9 89.2
		+	<br/> 9.8 10 99
		+	<br/> 9.8 11 108.80000000000001
		+	<br/> 9.8 12 118.60000000000001
		+	<br/> 9.8 13 128.4
		+	<br/> 9.8 14 138.20000000000002
		+	<br/> 9.8 15 148
		+	<br/> 9.8 16 157.8
		+	<br/> 9.8 17 167.60000000000002
		+	<br/> 9.8 18 177.4
		+	<br/> 9.8 19 187.20000000000002
		+	<br/> 9.8 20 197
		+	<br/> 9.8 21 206.8
		+	<br/> 9.8 22 216.60000000000002
		+	<br/> 9.8 23 226.4
		+	<br/> 9.8 24 236.20000000000002
		+	<br/> 9.8 25 246.00000000000003
		+	<br/> 9.8 26 255.8
		+	<br/> 9.8 27 265.6
		+	<br/> 9.8 28 275.40000000000003
		+	<br/> 9.8 29 285.20000000000005
		+	<br/> 9.8 30 295