[" If "x" is so small such that its square and "],[" higher powers may be neglected,then "],[" find the value of "((1-3x)^((1)/(2))+(1-x)^((5)/(3)))/((4+x)^((1)/(2)))]

If x is so small such that its square and higher powers may be neglected then find the approximate value of ((1-3x)^(1//2)+(1-x)^(5//3))/((4+x)^(1//2))

If x is so small such that its square and higher powers may be neglected, then find the value of ((1-2x)^(1//3) + (1+ 5x)^(-3//2))/((9+x)^(1//2))

If x is so small such that its square and higher powers may be neglected, the find the value of ((1-2x)^(1//3)+(1+5x)^(-3//2))/((9+x)^(1//2))

If x is so small such that its square and digher powers may be neglected then find the appoximate value of (1-3)^(1//2)+(1-x)^(5//3))/(4+x)^(1//2)

If x is so small such that its square and digher powers may be neglected then find the appoximate value of (1-3)^(1//2)+(1-x)^(5//3))/(4+x)^(1//2)

If |x| is so small that x^(2) and higher power of x may be neglected then the approximate value of ((4+x)^((1)/(2))+(8-x)^((1)/(3)))/((1-(2x)/(3))^((3)/(2))) when x=(6)/(25) is

If x is small so that x^(2) and higher powers can be neglected,then the approximate value for ((1-2x)^(-1)(1-3x)^(-2))/((1-4x)^(-3)) is

If x is small so that x^2 and higher powers can be neglected, then the approximately value for ((1-2x)^(-1) (1-3x)^(-2))/((1-4x)^(-3)) is