With the help of the Wire Resistance Calculator, you can find the resistance and conductance of a specific wire in less amount of time. This tool takes material type, length, area and makes calculations faster to display the electrical properties of a wire in a short span of time after hitting the calculate button.

**Wire Resistance Calculator: **Do you want to compute the
electrical properties of a specific wire easily? If yes, then make use
of this handy calculator. It gives the exact values of the resistance
and conductance for the given wire material type. Here you can see the
simple step by step process to calculate the wire resistance,
conductance and formula. Also, know about the resistivity and
conductivity of the materials. Check the solved examples on wire
resistance.

Below given are the simple steps to find the wire Conductance and resistance. Follow these rules and regulations and get the result for your material in fraction of seconds.

- Obtain the type of the wire material, its length and area.
- Multiply the resistivity of the material by its length.
- Divide the product by area of the wire to get its resistance.
- Find the reciprocal of the resistance to check the wire conductance value.

Wire resistance is defined as the property of a wire that opposes the flow of electric current. Resistivity is nothing but the resistance offered by the material per unit length for the unit cross-sectional area. The higher resistivity of material means it is more difficult for the flow of current.

Electrical conductivity is defined as the quantity of voltage that is required to get electric current to flow.

The formulas to get the resistance and conductance are as follows:

**R = ρL/A**

**G = σA/L**

R = 1/G

Where,

R is the resistance

ρ is the resistivity of the material

σ is the conductivity

L is the wire length

A is the cross-sectional area of the wire

G is the conductance

**Example**

**Question: Calculate the resistance and conductance of the material
whose resitivity is 3.5 Ωm and conductivity is 0.28 S/m. The aluminium
wire length is 10 m and cross-sectional area is 2
m ^{2}.**

**Solution:**

Given that

Resistivity of the wire ρ = 3.5 Ωm

Conductivity of the wire σ = 0.28 S/m

Wire length L = 10 m

Cross-sectional area A = 2 m^{2}

Resistance of the material R = ρL/A

R = (3.5 x 10)/2

= 17.5 Ω

Conductance G = 1/R

= 1/17.5

= 0.057

Therefore, the resistance and Conductance of the wire is 17.5 Ω and 0.057 S.

Want to explore more concepts & make all your calculations much easier and faster then have a look at Physicscalc.Com and click on the available different physics calculators links to access.

**
1. What is meant by resistance and conductance of a wire?**

Wire resistance is how strongly the cable opposes the electric current flow and conductance is the quantity of a wire's ability to conduct it.

**2. What are the units of resistance and conductance?**

The SI unit of resistance is the ohm (Ω). The unit of conductance is siemens S.

**3. What affects the resistance of a wire?**

One of the important factors that affect the wire resistance is the length, thickness and temperature of the wire. By increasing the length of the wire, resistance also increases. Smaller thickness wires will have greater resistance and high-temperature results in higher resistance.

**4. What is the resistivity and conductivity of copper?**

The materials like copper and aluminium will always have less
resistivity. So, these are better to use as an electrical cable and
wire. The electrical resistivity of copper at 20°C is 1.68 x 10^{-8}
Ωm. Conductivity of copper is 5.95 x 10^{7} S/m.