If you do not add a junction box it looks like new wire all the way from the old junction box with new wire that is longer. It's a tough place to be.
20 feet is longer because 6 yards equal 18 feet
2.5 feet is 30 inches so 32 inches is longer.
One yard is equivalent to three feet. Therefore, yards are longer.
To determine if 5 miles is longer than 26,300 feet, we need to convert both measurements to the same unit. Since 1 mile is equal to 5,280 feet, 5 miles is equal to 26,400 feet. Therefore, 5 miles is indeed longer than 26,300 feet by 100 feet.
13 feet are more by one foot.
It is 4,000 feet between your feet and the canyon floor.
The cord for the electric stove can extend out for a couple of feet.
No, 2 feet is not longer than 5 feet; it is actually shorter. In fact, 5 feet is 3 feet longer than 2 feet. Therefore, 5 feet is the greater measurement.
No.
A meter is a bit longer than three feet.
20 feet is longer because 6 yards equal 18 feet
A metre is slightly longer than three feet.
The Skywalk extends 66 feet beyond the Grand Canyons rim.
2 meters is longer than 7 feet. Specifically, 2 meters is approximately 6.56 feet, which is shorter than 7 feet. Therefore, 7 feet is the longer measurement.
4000 feet is longer because 3/4 of a mile is 3960 feet
The danger zones extend as much as 30 feet from the front bumper, 10 feet from the left and right sides of the bus and 10 feet behind the rear bumper of the school bus.
Typically you don't want more than a 10% drop in voltage. If it were a 120 VAC circuit that would be a drop of 12 volts. At 20 Amps that is a resistance of .6 ohms. That is about 380 feet. Allowing for a 10% drop in voltage would allow you to run 20 amps on 12 gauge copper to 151 feet. Also, the NEC suggests, but does not require, that voltage drop be limited to 3% on branch circuits. In the field this is treated by most electricians as an absolute requirement, not a suggestion. This allows you to run a 20 amp load to only 45 feet on 12 gauge wire. Notice that voltage drop is calculated based on connected load, not the rating of the circuit. A 20 amp load would be connected to a 25 amp or 30 amp circuit, requiring larger wire and allowing for longer distance. In a home a 30 amp circuit would most likely be 240v and would require #10 gauge conductors. Using these numbers to calculate a 3% voltage drop allows you to run this circuit 145 feet. At 120v on #10 gauge wire a 20 amp load can be run just over 72 feet.