The result of the subtraction is 1900 g.
0.0022
around 100800
The value of s minus the sum of t and g, minus the sum of m and x, is s - (t g) - (m x).
14.2 g
One hundred thousand and eight hundred
400 g
7g-10h
It is: (g-5)(g-9)
if 'g' = minus 3 then 20 + -3 = 17 17 + -3 = 14
100,800 cubic feet equates to 2,854.34 cubic meters.
If the specification is 1.0g plus/minus 0.1g, then the acceptable quantity must be in the range: 0.9 g --- 1.1 g. 1.14 g does not pass. The tolerance of 0.01 mg is irrelevant. 0.01 mg = 0.00001 g. None of the determining information in the question comes close to this order of resolution.
∫ [f'(x)g(x) - f(x)g'(x)]/(f(x)2 - g(x)2) dx = (1/2)ln[(f(x) - g(x))/(f(x) + g(x))] + C