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Conclusionĭot function is used in MATLAB to find the dot product of vectors or scalars in MATLAB. * Mathematically, the dot product of matrix and is (68 6 72 30), As we can see in the output, we have obtained a dot product of our input matrices as (68 6 72 30), which is the same as expected by us. Passing the input matrices to the dot function. Pass the second matrix as Įxplanation: First, Declaring the first input matrix. For this example, we will use 4×4 matrices as given below:ġ. In this example, we will take 2 matrices and will compute their dot product using the dot function.
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As we can see in the output, we have obtained a dot product of a complex vector with a real vector as a complex vector. * Mathematically, the dot product of and is (-7.0000 +10.0000i). Passing the input vectors to the dot function. Declaring the second input as a real vector. Pass the complex vector as Įxplanation: First, Declaring the first input as a complex vector. For this example, we will input the following values:ġ. In this example, we will take 1 complex vector and will compute its dot product with a real vector using the dot function. As we can see in the output, we have obtained a dot product of our complex vectors (53.0000 -56.0000i), which is the same as expected by us. * Mathematically, the dot product of complex vectors and is (53.0000 -56.0000i). Pass the second complex vector as Įxplanation: First, Declaring the first complex vector. In this example, we will take 2 complex vectors and will compute their dot product using the dot function. As we can see in the output, we have obtained the dot product of our input vectors as 59, which is the same as expected by us. * Mathematically, the dot product of vector and is59. Pass the second input vector as Įxplanation: First, Declaring the first input vector.