Solve for the variables indicated below by first rearranging the equations to solve for the unknown...

  

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Solve for the variables indicated below by first rearranging the equations to solve for the unknown variable, then showing all unit equivalence factors and conversions, followed by a numerical development of the final answer. Do not mix unit systems (S.I. and U.S.C.) within an equation. Report all final answers in CONVENTIONAL NOTATION to 3 S.F. Use the GFSA format on GEP (see example on following page). Use the tables of unit conversions and other information given in Topic 8 and Topic 9. 10. Solve for acceleration, a m sec² B₁ = -[(*)(₁)-F (R.) where: W₁ = 2420 [bf in g=386.4. sec2 B₁= 16,595 N-mm F = 85.8 N R = 0.9805 ft Solve for the variables indicated below by first rearranging the equations to solve for the unknown variable, then showing all unit equivalence factors and conversions, followed by a numerical development of the final answer. Do not mix unit systems (S.I. and U.S.C.) within an equation. Report all final answers in CONVENTIONAL NOTATION to 3 S.F. Use the GFSA format on GEP (see example on following page). Use the tables of unit conversions and other information given in Topic 8 and Topic 9. 10. Solve for acceleration, a m sec² B₁ = -[(*)(₁)-F (R.) where: W₁ = 2420 [bf in g=386.4. sec2 B₁= 16,595 N-mm F = 85.8 N R = 0.9805 ft

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Given W 2420 1bf J 3864 insec Bt 16595 N... View the full answer