In a bistable multivibrator, the RESET pin is typically used to control the state of the circuit. If the RESET pin is kept high, it means the circuit is not in a reset state.

The PIN 2 in a bistable multivibrator is usually the trigger pin. If this pin is always LOW, it means the trigger is constantly active.

In this scenario, the output of the bistable multivibrator will depend on the design of the circuit. However, in a typical design, if the RESET pin is high (not resetting the circuit) and the trigger pin (PIN 2) is always LOW (constantly triggering), the output will likely be HIGH. This is because the trigger being active will typically set the output to its active state.

Please note that this is a general explanation and the actual behavior could vary based on the specific design of the bistable multivibrator.

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In a bistable multivibrator, the RESET pin is typically used to control the state of the circuit. If the RESET pin is kept high, it means the circuit is not in a reset state.

The PIN 2 in a bistable multivibrator is usually the trigger pin. If this pin is always LOW, it means the trigger is constantly active.

In this scenario, the output of the bistable multivibrator will depend on the design of the circuit. However, in a typical design, if the RESET pin is high (not resetting the circuit) and the trigger pin (PIN 2) is always LOW (constantly triggering), the output will likely be HIGH. This is because the trigger being active will typically set the output to its active state.

Please note that this is a general explanation and the actual behavior could vary based on the specific design of the bistable multivibrator.

Knowee AI · Accepted Answer

In a bistable multivibrator, the RESET pin is typically used to control the state of the circuit. If the RESET pin is kept high, it means the circuit is not in a reset state.

The PIN 2 in a bistable multivibrator is usually the trigger pin. If this pin is always LOW, it means the trigger is constantly active.

In this scenario, the output of the bistable multivibrator will depend on the design of the circuit. However, in a typical design, if the RESET pin is high (not resetting the circuit) and the trigger pin (PIN 2) is always LOW (constantly triggering), the output will likely be HIGH. This is because the trigger being active will typically set the output to its active state.

Please note that this is a general explanation and the actual behavior could vary based on the specific design of the bistable multivibrator.

n the bistable multivibrator, RESET pin is kept fixed high. If the PIN 2 is always LOW, output will

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