It's possible, but for any three lines in the same plane, there could be ether one point of intersection (unlikely) or three (more probably).
All lines are not the same length in a limerick poem. To be a limerick, the first, second, and fifth lines have three metrical feet and lines three and four have two metrical feet. Also, the endings of lines one, two, and five rhyme, and the endings of lines three and four rhyme.
yes, if it happened that they all intersected at the same point. otherwise,three lines, assuming they are non-parallel or they do not coincide, would have at most two intersection points (one for each other line)
All the lines meet at one point: a single solution. All the lines are the same: infinitely many solutions. At least one of the lines does not pass through the point of intersection of the others: no solution.
yes
One can find cinquain poems online when one goes to the websites of poetry4kids, readwritethink, yourdictionary, etc. One can find a lot of cinquain poems on these websites.
fourQuatrains are four lines poems that use one of the following rhyming patterns: AABB, ABAB, ABCB, ABCA, ABBA.Poem or stanza
It's possible, but for any three lines in the same plane, there could be ether one point of intersection (unlikely) or three (more probably).
All lines are not the same length in a limerick poem. To be a limerick, the first, second, and fifth lines have three metrical feet and lines three and four have two metrical feet. Also, the endings of lines one, two, and five rhyme, and the endings of lines three and four rhyme.
Yes, the description fits a cinquain poem, which follows a 2-4-6-8-2 syllable pattern across its five lines. It captures the imagery of the transition from spring to summer in a concise and structured form.
A cinquain has 22 syllables. Line one: 2 Line two: 4 Line three: 6 Line four: 8 Line five: 2 There are variations on how cinquains are put together.
If all three lines are parallel, there are zero points of intersection. If all three lines go through a point, there is one point of intersection. If two lines are parallel and the third one crosses them, there are two. If the three lines make a triangle, there are three points.
No. It has to be one word. That's the rubric.
Any number of lines can intersect all at the same point. Think of a circle. Now think of all of its diameters.
yes, if it happened that they all intersected at the same point. otherwise,three lines, assuming they are non-parallel or they do not coincide, would have at most two intersection points (one for each other line)
Depending on the triangle, there can be 0, 1, or three lines of symmetry. A scalene triangle (all sides of different lengths) will have no lines of symmetry, an isosceles triangle (exactly two sides of the same length) will have one line of symmetry, and an equilateral triangle (all three sides of the same length) will have three lines of symmetry.
All the lines meet at one point: a single solution. All the lines are the same: infinitely many solutions. At least one of the lines does not pass through the point of intersection of the others: no solution.