If you connect each pole of one battery to the opposite pole of the other, you will have completed an electrical circuit, and electricity will flow. If you leave them attached like that, eventually you will drain both batteries. It's also possible that one or both batteries could explode due to the heat produced by this rapid flow of current. The above may take place when the voltage is low. but in case of relative high voltage the following phenomenon is likely: According to universally recognized, Ohm's law: i = v/r (where i = current, v = voltage, and r = resistance) When two poles are connected through a simple wire (assumed to of no resistance) the result of the above expression becomes infinite (anything divided by zero). That means infinite current flows which may cause explosion/big spark/fire with a loud report.
If you put two batteries of the same voltage with like terminals touching each other in series the equal, but opposite voltages will cancel each other and the light bulb will not light, because there is no current flowing through it.
You would get a high circulating current through both cells, possibly enough to do significant damage to both the cells and to you, depending on the capacity of the cells. Technically, they would actually be connected in series, not parallel!
It is not the "opposite" but the major alternative to parallel, which is a series circuit. In parallel circuits, each component has its own circuit path (input to output), while in series the components are connected to one another in a line.
Transformer polarity is the direction the secondary goes relative to the primary, or relative to another secondary. Usually, polarity does not matter, for example in the case where the secondary is connected to a rectifier / filter / regulator. Sometimes, it does matter, particularly if there are two secondaries used to provide DC isolation between a preamp and a final amplifier in push-pull configuration. It can also matter if the overall circuit is involved in a feedback loop and phase inversion is a factor.AnswerWhen applied to transformers, the term 'polarity' describes the direction in which the secondary voltage is acting relative to the direction of the primary voltage. Polarity is determined by the directions in which the primary and secondary windings are wound relative to each other.Polarity is described as being either 'additive' or 'subtractive', and can be determined by of connecting one pair of primary and secondary terminals together. If the voltage measured between the other adjacent primary and secondary terminals is greater than the primary voltage, then the transformer has 'additive' polarity; if the voltage is less than the primary voltage, then the transformer has 'subtractive' polarity.Knowing the polarity of individual transformers is important when two single-phase transformers are connected in parallel with each other because, if polarity is ignored, then an incorrect connection might result, causing a large circulating current through the two secondary windings.
schering's bridge is used to measure capacitance and dissipation factor of a capacitor. AC voltage is given to the terminals of bridge and bridge is balanced by varying resistance and capacitance in the opposite arm.
If you put two batteries of the same voltage with like terminals touching each other in series the equal, but opposite voltages will cancel each other and the light bulb will not light, because there is no current flowing through it.
Semiconductor resistor is a resistor body formed in a semiconductor substrate. The first and second conductive terminals are electrically connected to the resistor body at opposite ends.
If the charger is a 12 volt DC machine, connect the leads to the two battery terminals that the load is taken from. Take care to note the polarity of the leads to the polarity of the battery terminals. There will be a short jumper cable between the two six volt batteries. The charger leads go on the opposite terminals of the two batteries that the jumper is connected to.
The opposite could be together, joined, connected, or collected.
they're connected like plus and minus are although they are the exact opposite they are connected.
indirectly
In my opinion the 19 is directly opposite of the 1
The opposite of implicit (implied) is explicit (directly expressed).
Traditionally (and inacurately) the British Isles. In truth there is no land mass directly opposite (antipodal to) Australia.
To have flow of electricity, you must make a complete circle of metal (or other conductor of electrons). This is called a circuit. If at any time the circuit becomes broken, the current automatically stops, because the power has nowhere to go.
Directly opposite 10 is 14.
The opposite is together, in a group, or en masse.