+0

0
114
1
+8

I honestly don't even know where to start.

Jan 14, 2019

#1
+104417
+2

Just replace the x with 3

$$f(3)=\frac{20}{4+3e^{-0.2*3}}\\ f(3)=\frac{20}{4+3e^{-0.6}}\\$$

20/(4+3e^-0.6) approx = 3.5420580109166572

Jan 14, 2019

#1
+104417
+2

Just replace the x with 3

$$f(3)=\frac{20}{4+3e^{-0.2*3}}\\ f(3)=\frac{20}{4+3e^{-0.6}}\\$$

20/(4+3e^-0.6) approx = 3.5420580109166572

Melody Jan 14, 2019