Assuming 100% efficiency, a 36-volt battery charger would use 36 watts per hour to charge the battery fully. However, it's important to consider that chargers are not 100% efficient and may draw slightly more power from the wall.
To determine the watts needed to run a 12-volt drill charger, you can use the formula: Watts = Volts x Amps. If you know the amperage of the charger, you can multiply it by 12 volts to find the wattage required.
To calculate the wattage produced by a 48-volt battery, you need to know the current (in amperes) it can supply. Once you have the current value, you can use the formula P = V x I, where P is power in watts, V is voltage in volts (48V in this case), and I is current in amperes. So, without knowing the current, we cannot determine the wattage produced by a 48-volt battery.
about 15 per hour its not a lot
To calculate the watts, you can use the formula Watts = Volts x Amps. If the voltage is typical at 120V for household outlets, then the trickle charger would consume around 720 watts (120V x 6A = 720W) while operating.
Assuming 100% efficiency, a 36-volt battery charger would use 36 watts per hour to charge the battery fully. However, it's important to consider that chargers are not 100% efficient and may draw slightly more power from the wall.
The Makita Battery Charger is used for Makita batteries. This battery charger is capable of charging many batteries depending on the voltages for the batteries.
5 volts
as much as your mum eats grapes
An iPad charger typically uses 10 to 20 watts, depending on the model and the specific charger. Older iPads usually come with a 10W or 12W charger, while newer models, especially iPad Pro versions, can use chargers up to 20W or more. Appleβs latest USB-C iPad chargers are often rated at 18W or 20W, which allows for faster charging. You can find the exact wattage on the charger itself or in the iPadβs specifications.
No. The speed at which the charger will charge the battery is determined by how many amps the charger outputs.
To determine the watts needed to run a 12-volt drill charger, you can use the formula: Watts = Volts x Amps. If you know the amperage of the charger, you can multiply it by 12 volts to find the wattage required.
the answer for how many watts a cellphone is.....around 10-16 watts a daymany watts my friend, many wattsThe phone uses 10-16 watts a day.i dont know how many watts it carrys but if i guest it probably 25watts if you find out tell me mahalo
It depends on what kind of charger your talking about. Im assuming some type of smart phone charger... typically about 5.1 volts at .8 to 1 amp.... current ( amps) times voltage equals power (watts) so.. around 4 to 5 watts
No, an automobile battery charger outputs 12 Volts. This is far too many volts to charge a 5 Volt battery. You would destroy the 5 Volt battery with this charger.
You cannot compare these two totally different things. As far as amperage the charger puts out more amps if it is an auto battery charger and also puts out 12 volts. If you are talking about a 9 volt battery charger then the battery may or may not be more powerful, it depends on how many mii-amps the charger is putting out.
To calculate the wattage produced by a 48-volt battery, you need to know the current (in amperes) it can supply. Once you have the current value, you can use the formula P = V x I, where P is power in watts, V is voltage in volts (48V in this case), and I is current in amperes. So, without knowing the current, we cannot determine the wattage produced by a 48-volt battery.