how to calculate input, output, and feedback resisters of an OP AMP given voltage In/Out
First, VEE should be your blue line, not the + input to the amplifier, and you should show separate supplies, both referenced to ground.

As to resistor values, the output resistor is easy - zero ohms. Any ouput resistor will probably interact with the next stage and reduce the effective gain, so don't use one unless you have to. An example of when you have to is driving a terminated transmission line such as 50 ohms, and in that case you would select a resistor equal to the load resistor.

As for the input and feedback resistors, let's take it one at a time. I'm assuming you want to produce an inverting amplifier. You have to realize that \$R_1\$ and \$R_2\$ will act as a voltage divider, and will produce a Thevenin equivalent voltage of $$V_T = V_{\text{IN}}\frac{R_1}{R_1+R_2}$$ with an equivalent resistance $$R_T = \frac{R_1\times R_2}{R_1+R_2}$$

So pick a handy \$R_{\text{IN}}\$. It doesn't matter too much at this point. The input to the op amp now looks like \$V_T\$ followed by \$R_T + R_{\text{IN}}\$. So the output voltage will be $$V_{\text{OUT}} = V_T \frac{R_{\text{feedback}}}{R_T + R{_{\text{IN}}}}$$ and $$R_{\text{feedback}} = \frac{V_{\text{OUT}}\times{(R_T + R_{\text{IN}})}}{V_T}$$

If \$R_{\text{feedback}}\$ is inconveniently high or low, adjust \$R_{\text{IN}}\$ as needed.