Equation 4-18. Logistic cost function partial derivatives de nos - - ] (6(07.4) ). Show that Equation 4-18 is correct by finding out all partial derivatives in computational graphs for the two y values. JO) = - hly"log(f+ (1 yog(1 6%)] Equation 4-13. Logistic Regression model estimated probability p = h(x) = x(@" x) Computation Graph for (x, y=1) al/de al/av OL/dp e mul -log ov/de op/dv 1 Computation Graph for (x, y=0) OL/de OL/av OL/dp al/dq mul -log dv/de dp/ov dq/op Equation 4-18. Logistic cost function partial derivatives de nos - - ] (6(07.4) ). Show that Equation 4-18 is correct by finding out all partial derivatives in computational graphs for the two y values. JO) = - hly"log(f+ (1 yog(1 6%)] Equation 4-13. Logistic Regression model estimated probability p = h(x) = x(@" x) Computation Graph for (x, y=1) al/de al/av OL/dp e mul -log ov/de op/dv 1 Computation Graph for (x, y=0) OL/de OL/av OL/dp al/dq mul -log dv/de dp/ov dq/op