The loading at point A, w₁ = a +bx+cx₁² 1=a+b(0.4) + c(0.4)² .....(1) The loading at point B, W₁ = a + bxg + cxg² 4=a+b(3.4)+c(3.4)² ...(2) The loading at point C, Wc=a+bxc+cX 6=a+b(6.4)+c(6.4)² ..(3) Solving the above three equations using any simultaneous equation solver we get the values of constants as a=0.524, b=1.211 and c= -0.0556.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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The loading at point A,
w₁ = a +bx+cx₁²
1=a+b(0.4) + c(0.4)² .....(1)
The loading at point B,
W₁ = a + bxg+cxg²
4=a+b(3.4)+c(3.4)² ...(2)
The loading at point C,
Wc=a+bxc+cXc
6=a+b(6.4)+c(6.4)² .(3)
Solving the above three equations using any simultaneous equation solver we get the values of
constants as a=0.524, b=1.211 and c= -0.0556.
Transcribed Image Text:The loading at point A, w₁ = a +bx+cx₁² 1=a+b(0.4) + c(0.4)² .....(1) The loading at point B, W₁ = a + bxg+cxg² 4=a+b(3.4)+c(3.4)² ...(2) The loading at point C, Wc=a+bxc+cXc 6=a+b(6.4)+c(6.4)² .(3) Solving the above three equations using any simultaneous equation solver we get the values of constants as a=0.524, b=1.211 and c= -0.0556.
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