Complete the code to identify the type of cell balancing that dissipates excess energy as heat.
balancing_type = "[1]" # This method uses resistors to balance cells
Passive cell balancing dissipates excess energy as heat using resistors to equalize cell voltages.
Complete the code to select the cell balancing method that transfers energy between cells.
balancing_method = "[1]" # This method moves charge from higher to lower cells
Active cell balancing transfers energy from higher voltage cells to lower voltage cells, improving efficiency.
Fix the error in the code to correctly calculate the power dissipated in passive balancing.
power_dissipated = voltage * [1] # Current through resistor
Power dissipated is voltage times current. The current through the resistor is needed here.
Fill both blanks to create a dictionary comprehension that maps cell numbers to their balancing status if voltage is above threshold.
balancing_status = {cell: [1] for cell, voltage in cells.items() if voltage [2] threshold}The dictionary marks cells as True if their voltage is greater than the threshold.
Fill both blanks to create a dictionary comprehension that stores cell voltages only if they are within safe limits.
safe_cells = {cell: voltage for cell, voltage in cells.items() if voltage [1] min_voltage and voltage [2] max_voltage}The dictionary maps each cell to its voltage if voltage is greater than min_voltage and less than max_voltage.