im confuzed

A continuous and aligned fiber-reinforced composite has a modulus of elasticity of $41.6 GPa$ in the longitudinal direction. If elastic modulus values for the fiber and matrix phases are $110 GPa$ and $2.5 GPa$ , respectively, calculate the ratio of loads carried by fiber and matrix phases when stresses are applied in the direction of fiber alignment. $\frac{F _{f}}{F _{m}} =$

Question

im confuzed

student submitted image, transcription available below

A continuous and aligned fiber-reinforced composite has a modulus of elasticity of

41.6 GPa

in the longitudinal direction. If elastic modulus values for the fiber and matrix phases are

110 GPa

and

2.5 GPa

, respectively, calculate the ratio of loads carried by fiber and matrix phases when stresses are applied in the direction of fiber alignment.

\frac{F _{f}}{F _{m}} =

Accepted Answer

Expert Answer to - im confuzed A continuous and aligned fiber-reinforced composite has a modulus of elasticity of 41.6G

Answer

Solution for - im confuzed A continuous and aligned fiber-reinforced composite has a modulus of elasticity of 41.6G

Answer

This an additional answer to - im confuzed A continuous and aligned fiber-reinforced composite has a modulus of elasticity of 41.6G

(Solved): im confuzed A continuous and aligned fiber-reinforced composite has a modulus of elasticity of 41.6G ...