Answer: hello your question is in complete below is the complete question
A fiber reinforced composite contains e-glass fibers in an epoxy matrix. E for the glass is 72 GPA, E for the epoxy is 2.4 GPa. Find the elastic modulus of a composite that contains 5% fibers in the longitudinal direction, Ecl = ViEi + EmVm? (note Vi + Vm= 1.) O 5.88 GPa O 5.66 GPa O 2.52 GPa O 6.74 GPa
answer : 5.88 GPa
Explanation:
Fiber reinforced composite containing e-glass fibers
E for the glass ( Ei ) = 72 GPa
E for the epoxy ( Em ) = 2.4 GPa
<u>Determine the Elastic modulus of a composite containing 5% fibers </u>
percentage of glass = 5% = Vi = 0.05
∴ percentage of epoxy = 95% ; Vm = 0.95
using the relation included in the question
Ecl = Ei Vi + Em Vm
= ( 72 * 0.05 ) + ( 2.4 * 0.95 )
= 3.6 + 2.28 = 5.88 GPa
Answer:
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The homeostatic is the ability of a system or living organism to adjust its internal environment to maintain a stable equilibrium. The receptor, integrating center/control center, and effector are the three interdependent components of its control mechanism. In a homeostatic mechanism that involves the regulation of blood pressure, the brain serves as the integrating/control center that signals the kidney which is the effector to retain water if blood pressure is too low.
Answer:
the Answer is D. Homeostasis.
Explanation:
The insulin hormone helps in maintaining the homeostasis of the body by maintaining the blood glucose level in the body.
