Revision as of 21:39, 19 January 2024 by Admin (Created page with "'''Answer: D''' By the equivalence principle, we have <math display="block"> G \ddot{a}_{35: \overline{10}}=50,000 A_{35}+100 a_{35}+100 A_{35} </math> so <math>G=\frac{50,100 A_{35}+100\left(\ddot{a}_{35}-1\right)}{\ddot{a}_{35: 10}}=\frac{50,100(0.09653)+100(17.9728)}{8.0926}=819.69</math> {{soacopyright|2024}}")
Exercise
ABy Admin
Jan 19'24
Answer
Answer: D
By the equivalence principle, we have
[[math]]
G \ddot{a}_{35: \overline{10}}=50,000 A_{35}+100 a_{35}+100 A_{35}
[[/math]]
so
[math]G=\frac{50,100 A_{35}+100\left(\ddot{a}_{35}-1\right)}{\ddot{a}_{35: 10}}=\frac{50,100(0.09653)+100(17.9728)}{8.0926}=819.69[/math]
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