" 3.If "a^(0)=1," then "a" is any real number."

(aA)^(-1)=1/aA^(-1) where a is any real number and A is a square matrix.

(aA)^(-1)=1/aA^(-1) where a is any real number and A is a square matrix.

Show that the function f defined by f(x)=|1-x+x|, where x is any real number,is a continuous function.

Show that the function f defined by f(x)= |1-x+|x|| , where x is any real number, is a continuous function.

Show that the function f defined by f(x)= |1-x+|x|| , where x is any real number, is a continuous function.

Show that the function f defined by f(x)=|1-x+x|, where x is any real number, is a continuous function.

Show that the function f defined by f(x)= |1-x+|x|| , where x is any real number, is a continuous function.

Show that the function f defined by f(x)=|1-x+|x|| , where x is any real number is a continuous function.

(aA)^(-1)=(1)/(a)A^(-1) , where a is any real number and A is a square matrix.

(a.A)^(-1)=1/a.A^(-1) where a is any real number and A is square matrix