1.5 + 1.5 = 3.00 Volts
Yes as long as they are both 12 volt batteries.
There is a 3.75 Volt drop across each bulb.
You don't because of the voltage differences between sources to jump start you must have the same voltage at destination and source the source may be higher than the destination but destination cannot be higher than the source. You could how ever put two 12 volt batteries in series and then use that set to jump your 24 volt system.There are two possible waysIN ANY CASE DO NOT USE ONE 12 VOLT SOURCE TO BOOST BOTH BATTERIES IN THE 24 VOLT SYSTEM AT THE SAME TIME SPARKS WILL FLY AND DAMAGE WILL HAPPEN.The first is to boost one of the batteries for a 10 to 15 minute period then boost the second for the same. if the machine does not start boost the first battery for 15 to 20 min then boost the second for the same period. etc etcThe second way is to have 2 separate 12 volt sources.You can use two vehicles. Each vehicle boosts one 12 volt battery. Connect the positive of vehicle 1 to the positive of battery 1 in the 24 volt system. Connect the negative of battery 1 in the 24 volt system to the frame of vehicle 1. Then connect the positive of battery 2 in the 24 volt system to to the positive of the vehicle 2. The last connection is from the negative of battery 2 in the 24 volt system to the frame of the vehicle 2.do not let the vehicles touch!!Or if you have access to 120 volts use a small battery charger connected to one 12 volt battery and a vehicle to the other 12 volt battery .IN ANY CASE DO NOT USE ONE 12 VOLT SOURCE TO BOOST BOTH BATTERIES IN THE 24 VOLT SYSTEM AT THE SAME TIME.
15 to the 2nd power or 15 squared equals 15 * 15 which equals 225.
well... chemically not unless you ripped it apart. however, if you want to customize your amperage or voltage, theres no need to go through all that work.there are systems of wiring called series and parallel. in series wiring, one battery acts as a booster for another adding the two voltages together.in parallel, the amperage of the individual batteries (which is a measure of the # of flowing electrons) are added together.for series wiring (add voltages) attach the positive end of one battery to the negative of the other. then hook the non-connected ends of each battery to your circuit. if you had 2 9V batteries, you now have 18 volts. if you had 10 1.5 volt batteries (like AAs) you now have 15 volts. however, this does not increase or decrease the ssystems' amperage. 10 2000mAh batteries in series still have only 2000mAhfor parallel wiring (add amperage) connect the positive lead on your circuit to BOTH POSITIVE ends of the battery. then connect the negative lead of the circuit to both negative terminals on the battery. now instead of having 2 batteries with 2000mAh and double voltage, they act as one battery with 4000mAh, but half the voltage.examples2- 1.5 volt 2000mAh batterieswhen wired in series- current of 3 volts and 2000mAhwhen wired in parallel- current of 1.5 volts and 4000mAh
15 percent 0 equals 0; 0 percent 15 equals 0. Both the above are true
A 15 amp 125 volt outlet is a household outlet.
9 out of 15 equals 60%
1
15-3 times 2 equals 15-6 equals 9.
15 times 15 equals 225.
No, you need to supply the correct 18V to your speakers.