Separate the two problems. First find the total charge delivered by the battery:
Excellent. You found the total charge that the battery could supply (Q = 900 000 C), then used I = Q/t to find the max current. Perfect.
I think it best if we just skip over that one, NateTG.Originally posted by NateTG
Now it's time to bring in the Ragone (spelling may be incorrect) plot.
The total charge of a 250AH car battery refers to the total amount of electrical energy that the battery can store. This is measured in ampere-hours (AH). On the other hand, the max current of a battery refers to the maximum amount of electrical current that the battery can provide at a given time. This is measured in amperes (A) and is important for starting the car and powering its electrical components.
The total charge and max current of a car battery are determined by its physical properties, such as the size and number of lead plates, as well as its chemical composition. These factors determine the battery's capacity and ability to deliver current.
No, the total charge and max current of a car battery can vary depending on the brand, age, and condition of the battery. Additionally, some batteries may have a higher capacity or current output due to technological advancements or different manufacturing processes.
The total charge of a car battery determines how long it can provide electrical power before needing to be recharged. The max current affects the battery's ability to start the car and power its electrical systems. A higher total charge and max current can result in better performance and longer battery life.
No, the total charge and max current of a car battery are fixed properties and cannot be increased. However, proper maintenance and charging practices can help maintain the battery's performance and prolong its lifespan.