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A force F, (=20 N) is applied on an area A (=0.1 cm-) at the surface of a fluid element in the outward direction. The force F, acts at an angle of 607 from the tangential plane at the point of application of the force. Another force F, (=60 N) is applied in the same manner as the force F,,on an another area 1, (=0.2 cm-) at the surface of the same fluid element. The ratio of the normal stress at area 4, to the shear stress at årea 1, is (A) 2:3 (B) 2:3/3 (C) 2:3 (D) 13

A force F, (=20 N) is applied on an area A (=0.1 cm-) at the surface of a fluid element in the outward direction. The force F, acts at an angle of 607 from the tangential plane at the point of application of the force. Another force F, (=60 N) is applied in the same manner as the force F,,on an another area 1, (=0.2 cm-) at the surface of the same fluid element. The ratio of the normal stress at area 4, to the shear stress at årea 1, is (A) 2:3 (B) 2:3/3 (C) 2:3 (D) 13

Elements Of Electromagnetics
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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A force F, (=20 N) is applied on an area A (=0.1 cm-) at the surface of a fluid element in the outward direction. The force , acts at an angle of 601 from the tangential plane at the point of application of the force. Another force I, (60 N) is applied in the same manner as the fore F,. on an another area 4, (=0.2 cm-) at the surface of the same fluid element. The ratio of the normal stress at area 1, to the shear stress at årea 1, is (A) 2:3 (B) 2:3/3 (C) 2:/3 (D) 13
Transcribed Image Text:A force F, (=20 N) is applied on an area A (=0.1 cm-) at the surface of a fluid element in the outward direction. The force , acts at an angle of 601 from the tangential plane at the point of application of the force. Another force I, (60 N) is applied in the same manner as the fore F,. on an another area 4, (=0.2 cm-) at the surface of the same fluid element. The ratio of the normal stress at area 1, to the shear stress at årea 1, is (A) 2:3 (B) 2:3/3 (C) 2:/3 (D) 13
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