For this question, you will have to first build the battery cell Simulink model as demonstrated in the pre-recorded video. With reference to this model, you will have to specify the following simulation settings: Select LiFePO4 Lithium battery with 3.3 V and 2.3 Ah Consider the initial state of charge (SOC) at 80%, response time set to 1.e-4 Assume that the ambient and initial cell temperatures set to 25 C Charging/discharging curves under acceleration conditions for 10 sec (total simulation time) Use resistive load of 2.4 2. during the accelerating period Once you specify the above conditions, you will need to run the simulation under acceleration condition and report the voltage of the battery cell. Please note in the empty box provided, you only need to type a numerical value for the voltage of the battery cell without its units (V). For this question, you will have to first build the battery cell Simulink model as demonstrated in the pre-recorded video. With reference to this model, you will have to specify the following simulation settings: Select LiFePO4 Lithium battery with 3.3 V and 2.3 Ah Consider the initial state of charge (SOC) at 80%, response time set to 1.e-4 Assume that the ambient and initial cell temperatures set to 25 C Charging/discharging curves under acceleration conditions for 10 sec (total simulation time) Use resistive load of 2.4 2. during the accelerating period Once you specify the above conditions, you will need to run the simulation under acceleration condition and report the voltage of the battery cell. Please note in the empty box provided, you only need to type a numerical value for the voltage of the battery cell without its units (V)