In a shock box configuration, what energy is delivered across the board?

In a shock box configuration, what energy is delivered across the board?

• A. 40J across the board
• B. 20J across the board
• C. 60J across the board
• D. 10J across the board

Answer: (A)

Energy per shock is determined by the device’s configuration and how the output is distributed across the board. In this shock box setup, the circuit is arranged so that the total energy delivered by each shock is fixed at 40 joules, and that energy is applied across the entire board uniformly. This is why 40J across the board is the correct description for this configuration. Setting the energy to 20J, 60J, or 10J would require a different hardware or configuration and would not match the way this particular box is calibrated to deliver energy.

Energy per shock is determined by the device’s configuration and how the output is distributed across the board. In this shock box setup, the circuit is arranged so that the total energy delivered by each shock is fixed at 40 joules, and that energy is applied across the entire board uniformly. This is why 40J across the board is the correct description for this configuration. Setting the energy to 20J, 60J, or 10J would require a different hardware or configuration and would not match the way this particular box is calibrated to deliver energy.