Assuming the batteries are fully charged how long can the car maintain this speed at that angle?

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You're the CEO of a courier company, and you decide to select an electric car for your fleet of vehicles. A particular car has a mass of 1500 kg and is powered by 26 12 - V batteries connected in series, for a total of 312 V. Batteries are rated at 100 ampere-hours, which means they can deliver 100 A for I h, | A for 100 h, or any combination that equals 100Ah. When the batteries are connected in series, the charge output of all the batteries is the same as one battery-in this case 100A h. The motor is 85% efficient in converting electrical energy to mechanical energy in the drive wheels. A test report says the car can climb a 13 slope at a speed of 45 km/h. Part A Assuming the batteries are fully charged, how long can the car maintain this speed at that angle? Express your answer using two significant figures. t = S You're the CEO of a courier company, and you decide to select an electric car for your fleet of vehicles. A particular car has a mass of 1500 kg and is powered by 26 12 - V batteries connected in series, for a total of 312 V. Batteries are rated at 100 ampere-hours, which means they can deliver 100 A for I h, | A for 100 h, or any combination that equals 100Ah. When the batteries are connected in series, the charge output of all the batteries is the same as one battery-in this case 100A h. The motor is 85% efficient in converting electrical energy to mechanical energy in the drive wheels. A test report says the car can climb a 13 slope at a speed of 45 km/h. Part A Assuming the batteries are fully charged, how long can the car maintain this speed at that angle? Express your answer using two significant figures. t = S

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It 100 Ahr Voltage E 312 V So total energy that 1 10060X60312 is E It e ... View the full answer