Q 1. The total mass of a variable density rod is given by p(x)A_(x) m where m = mass, p(x) = density, A,(x) = cross-sectional area, r = distance along the rod, and L = the total length of the rod. Determine the mass in grams to the best possible accuracy for the following data, measured for a 20m length rod. I, m 0 2 4 68 10 12 | 14 16| 18 20 P, g/cm³ 4.00 5.8 3.95 6.9 3.80 3.74 5.6 3.55 3.41| 6.7 | 3.30 Ac, cm² 120 102| 103 | 116 110 114 120 130 133 126 150

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Q 1. The total mass of a variable density rod is given by
p(x)A_(x)
m
where m = mass, p(x) = density, A,(x) = cross-sectional area, r = distance along the rod, and
L = the total length of the rod. Determine the mass in grams to the best possible accuracy for
the following data, measured for a 20m length rod.
I, m
0 2 4 68 10 12 | 14 16| 18 20
P, g/cm³ 4.00 5.8 3.95 6.9 3.80 3.74 5.6 3.55 3.41| 6.7 | 3.30
Ac, cm²
120 102| 103 | 116
110
114
120 130
133
126 150
Transcribed Image Text:Q 1. The total mass of a variable density rod is given by p(x)A_(x) m where m = mass, p(x) = density, A,(x) = cross-sectional area, r = distance along the rod, and L = the total length of the rod. Determine the mass in grams to the best possible accuracy for the following data, measured for a 20m length rod. I, m 0 2 4 68 10 12 | 14 16| 18 20 P, g/cm³ 4.00 5.8 3.95 6.9 3.80 3.74 5.6 3.55 3.41| 6.7 | 3.30 Ac, cm² 120 102| 103 | 116 110 114 120 130 133 126 150
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