Find the value of the constant `k` so that the given function is continuous at the indicated point: `f(x)={k(x^2-2x),\ \ \ if\ x<0cosx ,\ \ \ if\ xgeq0` at `x=0`

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={k(x^2+2),\ \ \ if\ xlt=0 3x+1,\ \ \ if\ x >0 at x=0 .

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={(x^2-25)/(x-5),\ \ \ x!=5k ,\ \ \ x=5 at x=5

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={k(x^(2)-2x),quad if quad x =0 at x=0

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={{:((x-1)tan((pix)/2),\ \ \ if\ x!=1),(k ,\ \ \ if\ x=1):} at x=1

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={k x^2,\ \ \ xgeq1 4,\ \ \ x<1 at x=1

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={k x+1,\ \ \ if\ xlt=5 3x-5,\ \ \ if\ x >5 at x=5

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={k x+1,\ \ \ if\ xlt=picosx ,\ \ \ if\ x >pi at x=pi

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={((1-cos2k x)/(x^2), if x!=0 ),(8, if x=0):} at x=0

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={k(x^(2)+2),quad if x 0 at x=0

Find the value of the constant k so that the given function is continuous at the indicated point: f(x)={kx+1,quad if x at x=5