The amperage is governed by the load that is connected to the battery circuit. Divide that amperage into the 1.6 amp hours and that will give you the endurance of the battery in hours.
Depends on the voltage and amperage of the battery vs. the voltage and amperage required of the bicycle.
Depends on the battery. It varies greatly from a small battery to a large vehicle battery.
To determine the amperage for a 24V 200AH battery, you use the formula: Amperage = Capacity (AH) / Voltage (V) So for a 24V 200AH battery: Amperage = 200AH / 24V = 8.33 amps
If the battery is dead you will need a battery charger. If the battery is good and you have low amperage then you will need another alternator. Most parts stores will check it for you. If you are looking for MORE amperage then you would have to buy a larger amperage alternator.
It is important to replace the battery with one of the same amperage. The number of plates do not matter. If you replace your battery with one of lower amperage, it will not last nearly as long.
no
The amperage of a 12V battery depends on its capacity, which is measured in ampere-hours (Ah). To calculate the amperage, you would divide the capacity (Ah) by the voltage (V). For example, a 12V battery with a capacity of 100Ah would have an amperage of 8.33A (100Ah / 12V).
A typical C battery has a capacity of around 0.3 to 1.5 amp-hours, which means it can deliver that amount of current over a one-hour period. The actual amperage output will depend on the specific device connected to the battery and the resistance of the circuit.
Yes, and when in series the voltage doubles.
To answer this question the amperage draw of the motor must be given. This amperage is then divided into the amp hour capacity of the battery to find the endurance time of the motor.
Measures the amperage of the current .Your battery is in series with your car amp meter .