The resistance of the cooper conductor at 800 feet is
Further explanation:
The proportionality equation can be expressed as follows,
The value of changes as changes. If the value of increases then the value of is also increasing.
The inversely proportional relationship can be expressed as,
The equation can be expressed as follows,
Here, k is the proportionality constant.
Given:
The resistance of the copper conductor is if the length is
Explanation:
The relationship between the resistance and the length of the conductor can be expressed as follows,
The resistance of the conductor is directly proportional to the length of the conductor.
If the length of the wire increases then the resistance will also increases.
The resistance at 250 feet is 0.397 ohm.
The resistance of the cooper conductor at 800 feet can be obtained as follows,
The resistance of the cooper conductor at 800 feet is
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Answer details:
Grade: High School
Subject: Mathematics
Chapter: Ratio and proportion
Keywords: proportional, 250-foot, copper conductor, resistance, 0.397, same conductor, 800 feet, directly proportional, constant, proportionality equation, constant of proportionality.