Let's clarify the scenario, as it appears to be from a digital logic or automation context, possibly involving a sequential control system, such as a PLC (Programmable Logic Controller) or a relay logic circuit. Assumptions (based on typical conventions): - `start_1`, `start_2`, `start_3` are pushbuttons or input switches. - `Lite_1` is a lamp/indicator output. - `ACC` is an accumulator, often for a counter. - The "pressed X times" implies that there's a counter or sequence reacting to these button presses. ### Scenario Restated - `start_1` is pressed **5 times** - `start_2` is pressed **6 times** - `start_3` is pressed **2 times** You ask: **What would be the status of Lite_1 and ACC?** --- ## Possible Interpretations ### 1. Counter-based Logic (Most Common) Suppose there is a counter (ACC = Accumulator value): - Each pressing of `start_1`, `start_2`, `start_3` increments the counter by 1. - `Lite_1` turns ON when the counter reaches a certain value (perhaps 10). #### Step-by-step: - After `start_1` pressed 5 times: ACC = 5 - After `start_2` pressed 6 times: ACC = 5 + 6 = 11 - After `start_3` pressed 2 times: ACC = 11 + 2 = 13 So, **ACC = 13** If `Lite_1` turns ON when ACC >= 10 (typical in such logic): - After all presses, **Lite_1 will be ON** (since 13 >= 10). --- ### 2. Separate Counters or Interlocks If each start button controls its own counter or function, or if `Lite_1` is only tied to `start_1`, then the answer could be different. However, based on the way the question is usually asked in logic/programming contexts, the first interpretation is most likely. --- ## **Final Answer** **ACC = 13** **Lite_1 = ON** (assuming Lite_1 turns ON when ACC >= 10, which is standard in many counter-based control circuits) --- **If your system uses different threshold values or separate counters, please clarify the logic for a more specific answer!**