In Euclidea space it is either a point or the two lines - which must be coincident. ----- Intersection = the point/s where the two lines meet in space. It is a point or set of points that are common to two or more geometric configurations (also called "product" - the set of elements that are common to two sets).
You cannot. The intersection of 2 planes must be a straight line or the whole plane; it cannot be just a point.
The question is baffling. They're not different. Perpendicular lines must be intersecting lines.The only lines that are not intersecting lines are parallel lines. If two lines arenot parallel, then they must intersect, and they can be perpendicular or not.
Two perpendicular lines must cross at a 90 degree angle, like a plus sign: +
Lines of symmetry must be equal halves.
true
It need not be - it depends on what the three lines are!
The coordinates of the point of intersection must satisfy the equations of both lines. So these coordinates represent the simultaneous solution to the two equations that that represent the lines.
- A driver approaching an intersection must yield the right-of-way to traffic already in the intersection. (traffic in the intersection has the right of way) - If drivers are approaching an intersection from opposite directions, the driver turning left must yield to approaching traffic going straight or turning right. (traffic going straight or turning right has the right-of-way) - Two drivers at an intersection that arrived at the same time at a right angle. The driver on the left must yield the right-of way. ( the driver on the right has the right of way) -Never insist on the right-away
Prior to driving on the air field all drivers must?
In Euclidea space it is either a point or the two lines - which must be coincident. ----- Intersection = the point/s where the two lines meet in space. It is a point or set of points that are common to two or more geometric configurations (also called "product" - the set of elements that are common to two sets).
Prior to driving on the flightline all drivers must first check with the Flight chief 3000. Complete local flightline driver training and posses proper documentation authorizing them to drive on the flightline
Red Stop Light Flashing Red Stop Light Red Stop Sign
You must stop and visually determine the taxiway is clear.
The last 50 feet. WRONG. I just took my online drivers-ed class and I got this question wrong after consulting this page. In California, you must use your turn signal 100 feet before the intersection. Its 100 not 50, don't make the mistake I did.
polygons must be closed and two lines cannot form a closed shape. There is not such thing as a two sided polygon.
The rules for a stop sign are that you must come to a full stop before entering the intersection, give right-of-way to any other traffic, and then proceed only when the way is clear. If there is a stop line, you must stop before that line. If you cannot see oncoming traffic from that stop line, then you must also stop prior to entering the intersection.