The usual form for the area of a trapezoid is (average of the parallel sides) x height. If only the lengths of the sides are given, then calculation of the area requires trigonometry and multiple solutions are possible. Often, teachers will give a problem like this showing the two unequal parallel sides and two unequal, non-parallel sides with a diagram showing that one of the sides is perpendicular to the parallel sides. That side length would be the height.
They would 'intersect'. ('cross', have one point in common)
Otherwise nobody would know what was meant by parallel lines!
Runways, sort of (they're actually that divided by 10, zero-padded to two digits if necessary). So a runway marked "27" has a heading of approximately 270 degrees and therefore runs due west (Runways have different numbers on each end; the other end of runway 27 would be marked "09").
If they are not parallel and do not intersect then they would not be in the same plane (not possible), but they would be called skew lines.
In computing this would be called "parallel processing" or "multithreading."
Threads are used in Java to run multiple operations in parallel. You can create and run multiple threads in parallel to utilize the processing power of the computer and reduce waiting time which would be high if processes are executed in sequence
The LARGE numbers at the end of the runway is the Heading of the runway but divided by 10. So a Runway 36 means you would fly a heading of 360 degrees based on the compass directions. If you flew past the runway and turned around to land, the marking would read 18 for 180 degree heading. The opposite end is 180 degrees different. Letters- For large airports, they will have two parallel runways so they can land 2 aircraft at same time. One will be marke 36L and one 36R. If they have three runways, they can have a 36C or simply rotate it 10 degrees and call it 35.
A 1 or 2 digit number which represents the heading of the runway (for example, a runway pointing due west... 270 degrees... would be "27"). If there are parallel runways, such as at Lambert Field St. Louis, then the right one would be 27R and the left one would be 27L. Since each runway has two ends, the opposite end of runway 27 would be runway 9 (due east, 90 degrees). It's the same pavement, but it's referred to as a separate runway to minimize confusion (It's easier to say "runway 9" than "runway 27, but approach from the west").
I would think the closest synonym might be "runway". Tarmac is a macadam road surface, used for streets, highways, and runways. But it is usually just in reference to airport runways you hear it referred to as "tarmac".
If they were not actually parallel then they would not be parallel lines!
Two spheres cannot be parallel - only lines can be parallel.
no because if there was a parallel earth there would have to be parallel planets
A common example of parallel processing is a web browser loading multiple tabs simultaneously. Each tab is processed independently, allowing for faster loading times compared to sequential processing where each tab would load one at a time. This enables users to access multiple websites concurrently.
A Cesna bush plane is a Cesna with a tail wheel rather than a nose wheel that is adapted for landing in rough terrain. This would be gravel or dirt runways, snow, and short runways. They usually have larger engines so they can carry more cargo.
They would 'intersect'. ('cross', have one point in common)
The usual form for the area of a trapezoid is (average of the parallel sides) x height. If only the lengths of the sides are given, then calculation of the area requires trigonometry and multiple solutions are possible. Often, teachers will give a problem like this showing the two unequal parallel sides and two unequal, non-parallel sides with a diagram showing that one of the sides is perpendicular to the parallel sides. That side length would be the height.