Could Someone Find How 166.98 & 444.163 were obtained ?
1 Answer
You just need to multiply out everything:
\[0=-23.67\cdot\frac{1}{2} (x_2^2+2\cdot 13.33 x_2+13.33^2)-M_2+124.44(x_2+13.33)+358.06 x_2.\]
Hence
\[0=-23.67 x_2^2+13.33 \cdot (-23.67)x_2- 23.67 \cdot13.33^2 \cdot \frac{1}{2}-M_2+124.44 x_2+124.44\cdot 13.33+358.06 x_2.\]
So
\[M_2=-11.835x_2^2+[ 13.33 \cdot (-23.67) +124.44+358.06]x_2- 23.67 \cdot13.33^2\cdot \frac{1}{2}+124.44\cdot 13.33.\]
\[\Rightarrow M_2=-11.835x_2^2+166.9789x_2+444.162932.\]
574
-
This took me about 20 minutes to answer. Please consider offering bounties in the future.
Join Matchmaticians Affiliate Marketing
Program to earn up to a 50% commission on every question that your affiliated users ask or answer.
- 1 Answer
- 481 views
- Pro Bono
Related Questions
- Absolute value functions.
- Linear Algebra - Matrices (Multiple Choice Question) (1st Year College)
- Find $\lim _{x \rightarrow 0} x^{x}$
- Fluid Mechanics - algebra
- Algebraic and Graphical Modelling Question
- Guywire, finding height of the powerpole
- True or false
- Finding values of k for different points of intersection