- Does resistance increase with distance?
- Is resistance dependent on length?
- Is resistivity the same as resistance?
- How is resistivity affected by length?
- What will happen to the resistivity of a conductor if its length becomes 10 times?
- Is resistivity directly proportional to temperature?
- Why resistance is directly proportional to length?
- Why resistivity does not depend on length and area?
- Which conductor has highest resistivity?
- Why does resistance increase with length?
- Is resistivity inversely proportional to length?
- What happens to resistance if length is doubled?

## Does resistance increase with distance?

when you have longer length of wire, the current has to travel more distance, more the distance higher the number of obstacles it faces through its path.

Therefore resistance increases with the length.

When cross sectional area increases the space of the elctrons to travel increases(simply explained)..

## Is resistance dependent on length?

The resistance of a wire is directly proportional to its length and inversely proportional to its cross-sectional area. Resistance also depends on the material of the conductor. … The resistance of a conductor, or circuit element, generally increases with increasing temperature.

## Is resistivity the same as resistance?

Resistance is defined as the property of the conductor which opposes the flow of electric current. … Resistivity is defined as the resistance offered by the material per unit length for unit cross-section. The SI unit of resistivity is Ohm.

## How is resistivity affected by length?

It is a property of the material itself, and depends on temperature. The resistance of an object is proportional to the resistivity of the material it is made from, proportional to the object’s length, and inversely proportional to the object’s cross-sectional area.

## What will happen to the resistivity of a conductor if its length becomes 10 times?

Answer: the resistance of a conductor is directly proportional to its length. so if length is increased then resistivity increases ande vice versa.

## Is resistivity directly proportional to temperature?

Temperature Dependence of Resistivity Resistivity is indirectly proportional to the temperature. In other words, as you increase the temperature of materials, their resistivities will decrease.

## Why resistance is directly proportional to length?

As the length increases, the number of collisions by the moving free electrons with the fixed positive ions increases as more number of fixed positive ions are present in an increased length of the conductor. As a result, resistance increases.

## Why resistivity does not depend on length and area?

It’s because resistance (R) is also a function of size. … Larger cross sections have less resistance, and longer conductors have more resistance. Therefore, by multiplying resistance by area and dividing by length, you get a value for a material property (resistivity ρ) that doesn’t depend on the size of the conductor.

## Which conductor has highest resistivity?

Resistivity and Temperature Coefficient at 20 CMaterialResistivity ρ (ohm m)Silver1.59×10-8Copper1.68×10-8Copper, annealed1.72×10-8Aluminum2.65×10-814 more rows

## Why does resistance increase with length?

The moving electrons can collide with the ions in the metal. This makes it more difficult for the current to flow, and causes resistance. The resistance of a long wire is greater than the resistance of a short wire because electrons collide with more ions as they pass through.

## Is resistivity inversely proportional to length?

Resistivity Summary The resistance of a conductor is directly proportional to its length (L) as R ∝ L. Thus doubling its length will double its resistance, while halving its length would halve its resistance. Also the resistance of a conductor is inversely proportional to its cross-sectional area (A) as R ∝ 1/A.

## What happens to resistance if length is doubled?

Hence, If the length of a wire is doubled, then its resistance becomes 2 times.