A wood composite was created to enhance the property of the common wood (control). Both samples underwent compression loading test. The result is shown in the accompanying figure. Which of the statement below is true? 50- Wood composites 40- Control 20- 10- Strain (%) The elasticity of the wood composite is far better than the control The wood composite exhibit better resistance against deformation The wood composites showed a deformation behavior generally similar to that of untreated wood. After the yield point the composites chowed an initiallu Stress (MPa)

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A wood composite was created to
enhance the property of the common
wood (control). Both samples underwent
compression loading test. The result is
shown in the accompanying figure. Which
of the statement below is true?
50-
Wood composites
40-
Control
30-
20-
10-
8.
Strain (%)
The elasticity of the wood composite is
far better than the control
The wood composite exhibit better
resistance against deformation
The wood composites showed a
O deformation behavior generally similar to
that of untreated wood.
After the yield point the composites
showed an initially abrupt and then
steady decrease in compressive stress
O All of the above
Stress (MPa)
Transcribed Image Text:A wood composite was created to enhance the property of the common wood (control). Both samples underwent compression loading test. The result is shown in the accompanying figure. Which of the statement below is true? 50- Wood composites 40- Control 30- 20- 10- 8. Strain (%) The elasticity of the wood composite is far better than the control The wood composite exhibit better resistance against deformation The wood composites showed a O deformation behavior generally similar to that of untreated wood. After the yield point the composites showed an initially abrupt and then steady decrease in compressive stress O All of the above Stress (MPa)
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