In a reciprocating engine, the force along the connecting rod FC isWhere FP = Force on piston, n = L/r, θ = Angle of crank from IDC

\(\frac{{{F_P}}}{{\sqrt {{n^2} - {{\sin }^2}\theta } }}\)

\(\frac{{{F_P}}}{{2\sqrt {{n^2} - {{\sin }^2}\theta } }}\)

\(\frac{{n{F_P}}}{{2\sqrt {{n^2} - {{\sin }^2}\theta } }}\)

\(\frac{{n{F_P}}}{{\sqrt {{n^2} - {{\sin }^2}\theta } }}\)

In a reciprocating engine, the force along the connecting rod FC isWhe

1.	In a reciprocating engine, the force along the connecting rod FC isWhere FP = Force on piston, n = L/r, θ = Angle of crank from IDC
A.	\(\frac{{{F_P}}}{{\sqrt {{n^2} - {{\sin }^2}\theta } }}\)
B.	\(\frac{{{F_P}}}{{2\sqrt {{n^2} - {{\sin }^2}\theta } }}\)
C.	\(\frac{{n{F_P}}}{{2\sqrt {{n^2} - {{\sin }^2}\theta } }}\)
D.	\(\frac{{n{F_P}}}{{\sqrt {{n^2} - {{\sin }^2}\theta } }}\)
Answer» E.