For the function f(A) = ( frac{f(B)}{f(C)} ), to plot Z-type nomograph find the temporary plotting equation for B-scale (Variable in f(B)). If the function moduli of B, C are mb and mc respectively, d is the arbitrary distance from the origin of C-scale.

Question

For the function f(A) =  ( frac{f(B)}{f(C)} ), to plot Z-type nomograph find the temporary plotting equation for B-scale (Variable in f(B)). If the function moduli of B, C are mb and mc respectively, d is the arbitrary distance from the origin of C-scale.

TuteeHUB · Accepted Answer

B = ( frac{m_b}{m_c} )*d*A²

TuteeHUB · Answer

B  =   (  frac{m_c}{m_b}  )*d*A

TuteeHUB · Answer

B  =   (  frac{m_b}{m_c}  )*d2*A

TuteeHUB · Answer

B  =   (  frac{m_b}{m_c}  )*d*A

TuteeHUB · Answer

B  =   (  frac{m_b}{m_c}  )*d*A2

1.	For the function f(A) = ( frac{f(B)}{f(C)} ), to plot Z-type nomograph find the temporary plotting equation for B-scale (Variable in f(B)). If the function moduli of B, C are m_b and m_c respectively, d is the arbitrary distance from the origin of C-scale.
A.	B = ( frac{m_c}{m_b} )dA
B.	B = ( frac{m_b}{m_c} )d<sup>2</sup>A
C.	B = ( frac{m_b}{m_c} )dA
D.	B = ( frac{m_b}{m_c} )dA<sup>2</sup>
Answer» D. B = ( frac{m_b}{m_c} )dA<sup>2</sup>

For the function f(A) = ( frac{f(B)}{f(C)} ), to plot Z-type nomograph find the temporary plotting equation for B-scale (Variable in f(B)). If the function moduli of B, C are m_b and m_c respectively, d is the arbitrary distance from the origin of C-scale.

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