Respuesta :
A (shortening the conductor)
Since resistance = (resistivity × length) / cross sectional area, decreasing length decreases resistance
Since resistance = (resistivity × length) / cross sectional area, decreasing length decreases resistance
Ohm's 2nd Law:
Resistance = ro (coefficient) x Length/Area
[tex]R = ro \times l \div a[/tex]
Shortening the Conductor: Length decrease, Area become greater than Length, Ro is a constant, so it doesn't change. Result: The Resistance will be lower.
Answer: A.
Resistance = ro (coefficient) x Length/Area
[tex]R = ro \times l \div a[/tex]
Shortening the Conductor: Length decrease, Area become greater than Length, Ro is a constant, so it doesn't change. Result: The Resistance will be lower.
Answer: A.