You need to give more context.Froskersss said:Homework Statement:: Is there anything called opposing resistance.
Relevant Equations:: Well this is not a homework.
I don't know about it. Please help.
It wasn't letting me to post until I typed something here. So I am typing this.
How are they connected? Is there a diagram?Froskersss said:Well my teacher asked the question that there are two resistance of 14ohm and 10ohm so what is the opposing resistance.
Froskersss said:Well my teacher asked the question that there are two resistance of 14ohm and 10ohm so what is the opposing resistance.
Opposing resistance, also known as opposition or impedance, refers to the force or hindrance that opposes the flow of electricity in a circuit. It is measured in ohms and is caused by factors such as the material and length of the conductor, temperature, and frequency of the current.
Opposing resistance is essentially the same as regular resistance, but it specifically refers to the total resistance in a circuit, which includes both the resistance of the conductor and any other components such as resistors or capacitors. Regular resistance only refers to the resistance of the conductor itself.
Opposing resistance can be seen in many everyday devices and situations. For example, the resistance in a light bulb filament causes it to heat up and produce light. In a car, the resistance of the spark plugs helps ignite the fuel in the engine. Even the resistance of our own bodies can be measured when we touch a live wire and feel a shock.
The higher the opposing resistance, the more it hinders the flow of electricity in a circuit. This can result in a decrease in current and voltage, and can also cause the circuit to heat up. In some cases, too much opposing resistance can even cause the circuit to fail.
There are a few ways to reduce opposing resistance in a circuit. One way is to use materials with lower resistance, such as copper or silver, for the conductors. Another way is to shorten the length of the conductor. Additionally, using larger diameter wires can also help reduce resistance. Lastly, avoiding sharp bends and kinks in the circuit can help reduce resistance as well.