Create a timer$-$driven sequencer program for traffic lights and Answer each of the following with reference to the timer$-$driven sequencer program shown in Figure below:

a$.$ How many bit outputs are controlled by this sequencer?

b$.$ What is the address of the word that controls the outputs?

c$.$ What is the address of the sequencer file that sets the states for the outputs?

d$.$ What is the address of the sequencer file that contains the preset timer values?

e$.$ For what length of time is the red light programmed to be on$?$

f$.$ For what length of time is the green light programmed to be on$?$

g$.$ For what length of time is the yellow light programmed to be on$?$

h$.$ What is the time required for one complete cycle of the sequencer?

i$.$ Assume that the decimal value stored in N$7$: $13$ is changed to $35.$ Outline the changes that this new value will have on the timing of the traffic lights.

Submit your program $(.$RSS$)$ and answers $($PDF$)$ to BC Canvas. $(10$ points$)$