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HW4/README.md

@@ 21,7 +21,7 @@ heading `# Homework #4` in your `README.md` file 





PE_s=1/2\*K \*(DL)^2 





where DL = 0.5  sqrt(0.5^2+(0.5x_C)^2) 


where DL = 0.5  sqrt(0.5^2+(0.5x_C)^2) and K=30 N/m. 





b. Use the `goldmin.m` function to solve for the minimum potential energy at xc when 


theta=0. *create an anonymous function with `@(x) collar_potential_energy(x,theta)` in 


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