Show that the function `f` defined as follows, is continuous at `x=2` , but not differentiable: `f(x)={3x-2 2x^2 5x\ ` `02\ `

Show that the function f defined as follows, is continuous at x=2 , but not differentiable: f(x)={3x-2 2x^2 5x 0 2

Show that the function f defined as follows f(x)={3x-2,0 2 is continous at x=2 but not differentiable.

Show that the function f defined as follows, is continuoius at x=2, but not differentiable at x=2. f(x)={{:(3x-2, 0 lt x le 1),(2x^(2)-x, 1 lt x le 2),(5x-4,x gt 2):} .

Show that the function 'f' defined as follows, is continuous at x = 2, but not differentiable there at: f(x) = {:{(3x-2,0 2):}

Show that the function f defined as follows f(x)={3x-2, 0 2 is continuous at x=2 , but not differentiable thereat.

Show that the function f defined as follows f(x)={3x-2, 0 2 is continuous at x=2 , but not differentiable thereat.

Show that the function f defined as follows, is continuous at x=2 , but not differentiable: {(3x-2,,,0ltxle1),(2x^2,,,1ltxle2),(5x,,,xgt2):}

Show that the function 'f' defined as follows, is continuous at x = 2, but not differentiable there at : f(x)={{:(3x-2", "0ltxle1),(2x^(2)-x", "1ltxle2),(5x-4", "xgt2):} .

Show that the function defined by f(x)=cos(x^2) is a continuous function.

Show that the function defined by f(x)=cos(x^(2)) is a continuous function.