1) Using the S/R instruction, design a simple stop/start circuit that utilizes PB1 to start and latch Motor 1, and PB2 to Stop Motor 1. 2) Design the same circuit utilizing a SOTD instruction in series with Motor 1. 3) Next, create a circuit that utilizes a single input, in series with an SOTU. instruction to energize an output light. Does the light come on or not when the input is energized? 4) Design a circuit that utilizes a single pushbutton to latch on 3 output coils. Utilize any design you deem appropriate so that transitioning an input from false to true, energizes 3 output coils. Utilize a second input to turn off all 3 outputs. 5) Utilizing S/R instructions design a circuit where PB1 starts M1 so that M1 is latched on, PB2 starts M2 so that M2 is latched on and pressing both PB1 and PB2 simultaneously turns on and latches M3. Pressing PB4 or PB5 turn off all motors.