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Manuals/calci/MATRIXSCALARPOWER (view source)
Revision as of 20:22, 3 July 2017
, 20:22, 3 July 2017Created page with "<div style="font-size:30px">'''MATRIXSCALARPOWER(a,afactor) '''</div><br/> *<math>a </math> is any matrix. *<math> afactor</math> is any constant value. ==Description== *This..."
<div style="font-size:30px">'''MATRIXSCALARPOWER(a,afactor) '''</div><br/>
*<math>a </math> is any matrix.
*<math> afactor</math> is any constant value.
==Description==
*This function is calculating the constant power value of given matrix.
*In <math>MATRIXSCALARPOWER (a,afactor)</math>, <math>a</math> is any matrix, <math>afactor</math> is the power value.
*The power of a number indicating how many times we have to multiply the number.
*Power is also called Exponents or Indices.
*Anything raised to the power 0 is equal to 1.
*To do any operation for the matrices,the order of the matrices are to be considered.
*But doing any operation with the scalar value the order of matrix is not to be considered.
*To find the constant power value of the matrix,then each entries in the matrix is get powered with the constant value.
==Examples==
1. MATRIXSCALARPOWER([[12,18,24],[67,45,-32],[90,123,34.3]],8)
{| class="wikitable"
|-
| 429981696 || 11019960576|| 110075314176
|-
| 406067677556641|| 16815125390625 || 1099511627776
|-
| 4304672100000000 || 52389094428262880 || 1915812313805.6628
|}
2. MATRIXSCALARPOWER([[45,542,176,10,23],[16,29,-76,22.2,65]],12
{| class="wikitable"
|-
| 68952523554931640000 || 6.4267504770646865e+32|| 8.833890542456054e+26 || 1000000000000 || 21914624432020320
|-
| 281474976710656|| 353814783205469060 || 3.71332624731955e+22 || 14329653645048356 || 5.688009063105713e+21
|}
*<math>a </math> is any matrix.
*<math> afactor</math> is any constant value.
==Description==
*This function is calculating the constant power value of given matrix.
*In <math>MATRIXSCALARPOWER (a,afactor)</math>, <math>a</math> is any matrix, <math>afactor</math> is the power value.
*The power of a number indicating how many times we have to multiply the number.
*Power is also called Exponents or Indices.
*Anything raised to the power 0 is equal to 1.
*To do any operation for the matrices,the order of the matrices are to be considered.
*But doing any operation with the scalar value the order of matrix is not to be considered.
*To find the constant power value of the matrix,then each entries in the matrix is get powered with the constant value.
==Examples==
1. MATRIXSCALARPOWER([[12,18,24],[67,45,-32],[90,123,34.3]],8)
{| class="wikitable"
|-
| 429981696 || 11019960576|| 110075314176
|-
| 406067677556641|| 16815125390625 || 1099511627776
|-
| 4304672100000000 || 52389094428262880 || 1915812313805.6628
|}
2. MATRIXSCALARPOWER([[45,542,176,10,23],[16,29,-76,22.2,65]],12
{| class="wikitable"
|-
| 68952523554931640000 || 6.4267504770646865e+32|| 8.833890542456054e+26 || 1000000000000 || 21914624432020320
|-
| 281474976710656|| 353814783205469060 || 3.71332624731955e+22 || 14329653645048356 || 5.688009063105713e+21
|}