two line segments that are not parallel are intersecting even if they don't touch like this /l / l they are considered intersecting because you must extend it like they are lines to say they are parallel or not
-- I can say that the equation of the line is [ x = a number ]. -- I can also say that the line is vertical on a graph. -- I can also say that the line is parallel to the y-axis. -- Also that it's perpendicular to the x-axis.
Normally 2 equidistance lines are needed to designate them as parallel lines. If we say parallel lines, we mean different lines. However, we can say that the line can be parallel to itself if we move it to another dimension. For example, if the line lives in 2D, we can paralleled move it it in the 3D space, and move it again where it was, or vice versa. The beauty is that this line has a unique position on the plane, but in 3D it has infinitely many positions without breaking the condition, the same direction.
A rhombus. Just draw a diagonal line of say 5cm and then add two more 5cm lines parallel to each other at each end of the first line(Assuming you drew the first line diagonally then if you draw both of these horizontally then they will be parallel and you won't have made a right angle.). Next you just join up the ends to draw the final line which should be 5cm. _ /_/ <--- Kind of looks like this
That the object is moving at a constant velocity
WHAT A SHAME WE WILL NEVER MEET
two line segments that are not parallel are intersecting even if they don't touch like this /l / l they are considered intersecting because you must extend it like they are lines to say they are parallel or not
-- I can say that the equation of the line is [ x = a number ]. -- I can also say that the line is vertical on a graph. -- I can also say that the line is parallel to the y-axis. -- Also that it's perpendicular to the x-axis.
Do you mean y = -4x+5 then by changing the y intercept of 5 into another value of say 7 the two equations will be parallel to each other providing the slope of -4 remains the same.
Normally 2 equidistance lines are needed to designate them as parallel lines. If we say parallel lines, we mean different lines. However, we can say that the line can be parallel to itself if we move it to another dimension. For example, if the line lives in 2D, we can paralleled move it it in the 3D space, and move it again where it was, or vice versa. The beauty is that this line has a unique position on the plane, but in 3D it has infinitely many positions without breaking the condition, the same direction.
A parallelogram is a quadrilateral in which each of two sets of opposite sides consists of two parallel lines (or for math purists I should say, parallel line segments).
An object with a distance-time graph that is a straight line parallel to the time axis is not moving, it is at rest. The object is not changing its position with respect to time.
The seventh parallel is a line of latitude located at approximately 7° north of the equator. It passes through countries such as Ghana, Nigeria, Cameroon, the Democratic Republic of the Congo, and Indonesia.
If you have a line, such as y=mx+b, in slope intercept form, you know that any line parallel to it has slope m also. It does not matter what the y intercept is, if slope is m, it will be parallel to the original line. Example: y=3x+2, than any line with slope 3 is parallel, so y=3x+15 is parallel. If you have a specific y intercept, say 29, than the parallel line will be y=3x+29 I can't read you equation well enough to understand them, but this should explain how to do it. So here is another example: A line parallel to y=4x+13 with y intercept 22 y=4x+22 is the answer.
A rhombus. Just draw a diagonal line of say 5cm and then add two more 5cm lines parallel to each other at each end of the first line(Assuming you drew the first line diagonally then if you draw both of these horizontally then they will be parallel and you won't have made a right angle.). Next you just join up the ends to draw the final line which should be 5cm. _ /_/ <--- Kind of looks like this
In England we do not say "fall in line" and instead of fall in line we would usually say "line up" or "form an orderly line".
That the object is moving at a constant velocity