(2a.) A metal has a flexural stress of 564 Pa. The W is measured to be 1 meter, while the load was 10 N. The thickness of the metal is twice its L. Using the formula on the three-point test of materials, compute for the thickness of the metal in centimeters. 0.0532 5.3191 28.2928 0.2829 (2b.) What is the L in centimeters of the same metal in (2a)? * 2.6596 0.0266 7.0734 0.0707
(2a.) A metal has a flexural stress of 564 Pa. The W is measured to be 1 meter, while the load was 10 N. The thickness of the metal is twice its L. Using the formula on the three-point test of materials, compute for the thickness of the metal in centimeters. 0.0532 5.3191 28.2928 0.2829 (2b.) What is the L in centimeters of the same metal in (2a)? * 2.6596 0.0266 7.0734 0.0707
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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Pls answer 2a and 2b with complete solution based on the choices provided. Thank you
Transcribed Image Text:(2a.) A metal has a flexural stress of
564 Pa. The W is measured to be 1
meter, while the load was 10 N. The
thickness of the metal is twice its L.
Using the formula on the three-point
test of materials, compute for the
thickness of the metal in centimeters.
0.0532
5.3191
28.2928
0.2829
(2b.) What is the L in centimeters of
the same metal in (2a)? *
2.6596
0.0266
7.0734
0.0707
Transcribed Image Text:(2a.) A metal has a flexural stress of
564 Pa. The W is measured to be 1
meter, while the load was 10 N. The
thickness of the metal is twice its L.
Using the formula on the three-point
test of materials, compute for the
thickness of the metal in centimeters.
0.0532
5.3191
28.2928
0.2829
(2b.) What is the L in centimeters of
the same metal in (2a)? *
2.6596
0.0266
7.0734
0.0707
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