No, they have to be straight. --------------------------- ------------------ Those are parallel lines because they are straight. In geometry, a non-straight line has no meaning. It is allowed that arcs, planes and such can be parallel. In common usage, a twisting and turning line can be described as parallel to another, such as the rails of a railroad track, even though they are not co-planar or straight. It may not be proper by geometric definition but it is descriptive and conveys the meaning adequately.
If L1 is parallel to L2 and L2 is parallel to L3 then L1 is parallel to L3.
A structure that is parallel.
No, never. Parallel lines are line that will NEVER intersect.
Non-parallel lines intersect at some point, parallel lines don't.
Christmas tree lights, this parallel circuit prevents one bulb failure from turning off the whole string of lights.
The wheels aren't parallel because when the user is turning a corner the wheel that is on the outside of the wheel chair not the the one you are turning on (the offside) leads the rest of the chair round to where it is being directed
No, If they are in parallel, turning off one won't effect the other.
depends on the load. if it is lights one can burn out without turning off the others
No, they have to be straight. --------------------------- ------------------ Those are parallel lines because they are straight. In geometry, a non-straight line has no meaning. It is allowed that arcs, planes and such can be parallel. In common usage, a twisting and turning line can be described as parallel to another, such as the rails of a railroad track, even though they are not co-planar or straight. It may not be proper by geometric definition but it is descriptive and conveys the meaning adequately.
Turning off one light in a parallel circuit will not affect the others as each light has its own separate pathway to the power source. The other lights will continue to function independently of the one that was turned off.
Parallel strips, which are hardened and ground steel pieces sold in matching pairs, are used in a vice or bolted to the machine table to support and accurately set jobs. Their purpose is to provide clearance so drilling and tapping operations can be done without cutting into the machine table.
When you are making a turn, when you are changing lanes, or when you are pulling away from the curb or are parallel parking. Activate turn signals 200' before making a turn.
Three-point turn: Turning the vehicle around by moving forward, then reversing, and finally moving forward again in a three-point maneuver. U-turn: Making a 180-degree turn to go in the opposite direction by turning the vehicle in a tight curve. Parallel park turn: Turning the vehicle into a parallel parking space alongside the curb by reversing into the space at an angle. K-turn: A three-point turn where the vehicle is turned around by reversing into an intersecting street or driveway, then pulling forward to complete the turn.
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If they were not actually parallel then they would not be parallel lines!
Turning off the oven shouldn't affect the fridge or the microwave. Each of the branches of a parallel circuit operates independently of the other branches. If you turn off any one, the other two don't care. It's business as usual for them.