Assuming `x` to be so small that `x^2` and higher power of `x` can be neglected, prove that `((1+(3x)/4)^-4(16-3x)^(1/2))/(8+x)^(2/3) = 1-(305/96)x`

Assuming x to be so small that x^(2) and higher powers of x can be neglected, prove that ((1+(3)/(4)x)^(-4)(16-3x)^(1//2))/((8+x)^(2//3))=1-(305)/(96)x

Assuming x to be so small that x^(3) and higher powers of x can be neglected, then value of E=(1-3/2x)^(5)(2+3x)^(6) , is

Assuming 'x' to be small that x^(2) and higher power of x' can be neglected,show that,(1+(3)/(4)(x))^(-4)(16-3x)^((1)/(2))(8+x)^(2) appoximately equat to,1-(305)/(96)x

If x is so small that x^2 and higher powers of x many be neglected , show that ((1 + (3x)/(2))^(-4) (8 + 9x)^(1//3) )/((1 + 2x)^2) = 2 - (77x)/(4)

If |x| is so small that x^2 and higher powers of x many be neglected , prove that ((1 + 7x)^(2/3) . (1 - 4x)^(-2))/((4 + 7x)^(1/2)) = 1/2 (1 + 283/24 x)

If |x| is so small that x^2 and higher powers of x many be neglected , prove that ((1 + 7x)^(2/3) . (1 - 4x)^(-2))/((4 + 7x)^(1/2)) = 1/2 (1 + 283/24 x)

If x is so small that x^2 and higher powers of x may be neglected then ((1-3x)^(1//2) (1+x) ^(2//3))/((1-x)^(1//2))

If |x| is so small that x^2 and higher powers of x may be neglected show that ((4 - 7x )^(1//2))/((3 + 5x)^3) = 2/27 (1 - 47/8 x)

If |x| is so small that x^2 and higher powers of x may be neglected show that ((4 - 7x )^(1//2))/((3 + 5x)^3) = 2/27 (1 - 47/8 x)