On Oct 12, 2011, at 12:04 AM, Rolf Turner wrote:
> On 12/10/11 08:31, Timothy Bates wrote:
>> To do matrix multiplication: m x n, the Rows and columns of m must be equal
>> to the columns and rows of n, respectively.
> No. The number of columns of m must equal the number of rows of n,
> that's a
On 12/10/11 08:31, Timothy Bates wrote:
To do matrix multiplication: m x n, the Rows and columns of m must be equal to
the columns and rows of n, respectively.
No. The number of columns of m must equal the number of rows of n,
that's all. The number of *rows* of m and the number of *columns
To do matrix multiplication: m x n, the Rows and columns of m must be equal to
the columns and rows of n, respectively.
Sent from my iPhone
On 11 Oct 2011, at 06:45 PM, flokke wrote:
> Dear all,
> I wanted to create the mean using a algebra matrix.
> so I tried this one:
>
>> meanAnimal
On Oct 11, 2011, at 1:45 PM, flokke wrote:
Dear all,
I wanted to create the mean using a algebra matrix.
so I tried this one:
meanAnimals <- new3%*%factorial
(Calculates the matrix multiplication of the new3 * factorial).
But I get the following error message:
Error in new3 %*% factorial
Dear all,
I wanted to create the mean using a algebra matrix.
so I tried this one:
> meanAnimals <- new3%*%factorial
(Calculates the matrix multiplication of the new3 * factorial).
But I get the following error message:
Error in new3 %*% factorial : non-conformable arguments
These are my m
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