An undeformable mass of 500 kg is suspended from a polyamide round cable (diameter 10 mm) in a low chamber (see figure). Calculate the technical normal stress in the cable, if you know that polyamide has an elastic limit of 60 MPa and a elasticiteitsmodulus van 1.2 GPa. Gebruik als valversnelling 9.81 m/s². An undeformable mass of 500 kg is attached to a round polyamide cable (diameter 10 mm) in a low-ceiling room. Calculate the normal engineering stress in the cable if you know that polyamide has an elastic limit of 60 MPa and a modulus of elasticity of 1.2 GPa. The gravitational acceleration is 9.81 m/s². A. 62.5 MPa B. 20 MPa C. This can only be calculated if the reinforcement exponent is also given. This can only be calculated if the strain hardening exponent is given. D. The cable breaks under the influence of this load. The cable will break under the applied load. 3.25 m 500 kg 3m 0.2 m

An undeformable mass of 500 kg is suspended from a polyamide round cable (diameter 10 mm) in a low chamber (see figure). Calculate the technical normal stress in the cable, if you know that polyamide has an elastic limit of 60 MPa and a elasticiteitsmodulus van 1.2 GPa. Gebruik als valversnelling 9.81 m/s². An undeformable mass of 500 kg is attached to a round polyamide cable (diameter 10 mm) in a low-ceiling room. Calculate the normal engineering stress in the cable if you know that polyamide has an elastic limit of 60 MPa and a modulus of elasticity of 1.2 GPa. The gravitational acceleration is 9.81 m/s². A. 62.5 MPa B. 20 MPa C. This can only be calculated if the reinforcement exponent is also given. This can only be calculated if the strain hardening exponent is given. D. The cable breaks under the influence of this load. The cable will break under the applied load. 3.25 m 500 kg 3m 0.2 m

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

Why is the answer b?

An undeformable mass of 500 kg is suspended from a polyamide
round cable (diameter 10 mm) in a low chamber (see figure).
Calculate the technical normal stress in the cable, if you know
that polyamide has an elastic limit of 60 MPa and a
elasticiteitsmodulus van 1.2 GPa. Gebruik als valversnelling 9.81 m/s².
An undeformable mass of 500 kg is attached to a round polyamide
cable (diameter 10 mm) in a low-ceiling room. Calculate the normal
engineering stress in the cable if you know that polyamide has an
elastic limit of 60 MPa and a modulus of elasticity of 1.2 GPa. The
gravitational acceleration is 9.81 m/s².
A. 62.5 MPa
B. 20 MPa
C. This can only be calculated if the reinforcement exponent is also given.
This can only be calculated if the strain hardening exponent is given.
D. The cable breaks under the influence of this load.
The cable will break under the applied load.
3.25 m
500
kg
3 m
0.2 m

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