Qfyilyi

usepackage{amsmath}

usepackage{amssymb}



$$

M=begin{bmatrix}

frac{partial f_1}{partial x_1}(p) & frac{partial f_1}{partial x_2}(p) & cdots & frac{partial f_1}{partial x_n}(p) \

 frac{partial f_2}{partial x_1}(p) & frac{partial f_2}{partial x_2}(p) & cdots & frac{partial f_2}{partial x_n}(p) \

$vdots$ & $vdots$ & $vdots$ & $vdots$ \

 frac{partial f_m}{partial x_1}(p) & frac{partial f_m}{partial x_2}(p) & cdots & frac{partial f_m}{partial x_n}(p) \



end{bmatrix}$$

usepackage{amsmath}

usepackage{amssymb}



$$

M=begin{bmatrix}

frac{partial f_1}{partial x_1}(p) & frac{partial f_1}{partial x_2}(p) & cdots & frac{partial f_1}{partial x_n}(p) \

 frac{partial f_2}{partial x_1}(p) & frac{partial f_2}{partial x_2}(p) & cdots & frac{partial f_2}{partial x_n}(p) \

$vdots$ & $vdots$ & $vdots$ & $vdots$ \

 frac{partial f_m}{partial x_1}(p) & frac{partial f_m}{partial x_2}(p) & cdots & frac{partial f_m}{partial x_n}(p) \



end{bmatrix}$$

usepackage{amsmath}

usepackage{amssymb}



$$

M=begin{bmatrix}

frac{partial f_1}{partial x_1}(p) & frac{partial f_1}{partial x_2}(p) & cdots & frac{partial f_1}{partial x_n}(p) \

 frac{partial f_2}{partial x_1}(p) & frac{partial f_2}{partial x_2}(p) & cdots & frac{partial f_2}{partial x_n}(p) \

$vdots$ & $vdots$ & $vdots$ & $vdots$ \

 frac{partial f_m}{partial x_1}(p) & frac{partial f_m}{partial x_2}(p) & cdots & frac{partial f_m}{partial x_n}(p) \



end{bmatrix}$$

usepackage{amsmath}

usepackage{amssymb}



$$

M=begin{bmatrix}

frac{partial f_1}{partial x_1}(p) & frac{partial f_1}{partial x_2}(p) & cdots & frac{partial f_1}{partial x_n}(p) \

 frac{partial f_2}{partial x_1}(p) & frac{partial f_2}{partial x_2}(p) & cdots & frac{partial f_2}{partial x_n}(p) \

$vdots$ & $vdots$ & $vdots$ & $vdots$ \

 frac{partial f_m}{partial x_1}(p) & frac{partial f_m}{partial x_2}(p) & cdots & frac{partial f_m}{partial x_n}(p) \



end{bmatrix}$$

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documentclass{article}



usepackage{amsmath,amssymb}



begin{document}



[

  M = begin{bmatrix}

    frac{partial f_1}{partial x_1}(p) & frac{partial f_1}{partial x_2}(p) & cdots & frac{partial f_1}{partial x_n}(p) \

    frac{partial f_2}{partial x_1}(p) & frac{partial f_2}{partial x_2}(p) & cdots & frac{partial f_2}{partial x_n}(p) \

                 vdots                  &              vdots                  & ddots &              vdots                  \

    frac{partial f_m}{partial x_1}(p) & frac{partial f_m}{partial x_2}(p) & cdots & frac{partial f_m}{partial x_n}(p)

  end{bmatrix}

]



end{document}

documentclass{article}



usepackage{amsmath,amssymb}



begin{document}



[

  M = begin{bmatrix}

    frac{partial f_1}{partial x_1}(p) & frac{partial f_1}{partial x_2}(p) & cdots & frac{partial f_1}{partial x_n}(p) \

    frac{partial f_2}{partial x_1}(p) & frac{partial f_2}{partial x_2}(p) & cdots & frac{partial f_2}{partial x_n}(p) \

                 vdots                  &              vdots                  & ddots &              vdots                  \

    frac{partial f_m}{partial x_1}(p) & frac{partial f_m}{partial x_2}(p) & cdots & frac{partial f_m}{partial x_n}(p)

  end{bmatrix}

]



end{document}

documentclass{article}



usepackage{amsmath,amssymb}



begin{document}



[

  M = begin{bmatrix}

    frac{partial f_1}{partial x_1}(p) & frac{partial f_1}{partial x_2}(p) & cdots & frac{partial f_1}{partial x_n}(p) \

    frac{partial f_2}{partial x_1}(p) & frac{partial f_2}{partial x_2}(p) & cdots & frac{partial f_2}{partial x_n}(p) \

                 vdots                  &              vdots                  & ddots &              vdots                  \

    frac{partial f_m}{partial x_1}(p) & frac{partial f_m}{partial x_2}(p) & cdots & frac{partial f_m}{partial x_n}(p)

  end{bmatrix}

]



end{document}

documentclass{article}



usepackage{amsmath,amssymb}



begin{document}



[

  M = begin{bmatrix}

    frac{partial f_1}{partial x_1}(p) & frac{partial f_1}{partial x_2}(p) & cdots & frac{partial f_1}{partial x_n}(p) \

    frac{partial f_2}{partial x_1}(p) & frac{partial f_2}{partial x_2}(p) & cdots & frac{partial f_2}{partial x_n}(p) \

                 vdots                  &              vdots                  & ddots &              vdots                  \

    frac{partial f_m}{partial x_1}(p) & frac{partial f_m}{partial x_2}(p) & cdots & frac{partial f_m}{partial x_n}(p)

  end{bmatrix}

]



end{document}

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