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With the given margins of measurements, the upper bound of the calculated volume is
     = (10 + 0.1)*(5 + 0.06)*(4 + 0.04) = 206.46824  cm^3,
or   -  = 6.46824 cm^3  more than the "precise" value of the volume V = 10*5*4 = 200 cm^3.
With the given margins of measurements, the lower bound of the calculated volume is
     = (10 - 0.1)*(5 - 0.06)*(4 - 0.04) = 193.66776  cm^3,
or   -  = 6.33224 cm^3  less than the "precise" value of the volume V = 10*5*4 = 200 cm^3.
So, you can write THIS INEQUALITY
     = 193.66776 = 200-6.33224 <= V <= 206.46824 =  = V + 6.46824  cubic centimeters
and this inequality COVERS BOTH questions in your post.
Solved, answered and explained.