it is really easy
draw 9 lines and join them
Yes. This is a neat trick too! Just draw the shape of a five pointed star. Place one coin at each of the 5 points and 5 at each intersection in the inner pentagon. There are 4 coins in each line. I hope you can see the illustration below. The dashes were the only way to maintain the spacing of the 'coins'. -------------O--------------- ---------------------------- ---------------------------- O-------O------O-------O--- ---------------------------- -------O----------O--------- ----------------------------- -------------O--------------- ------------------------------ ----O----------------O------
Yes, two lines that lie in parallel to the same line are always parallel to each other. This is based on the Transitive Property of Parallel Lines, which states that if line A is parallel to line B, and line B is parallel to line C, then line A is parallel to line C. Thus, if two lines are both parallel to a third line, they must be parallel to each other.
a parallelogram does not have a line of symmery
Impossible. If there MUST be 5 straight lines, then there can only be 2 trees in each line. This gives 5 straight lines with 2 trees each (or 2 straight lines with 5 trees each) ** ** ** ** **
draw 9 lines and join them
To place 10 coins in 5 straight lines with 4 coins on each line, you can arrange them in a pattern where each line intersects with the others. One way to achieve this is by placing 4 coins in a square formation, then placing 3 coins in a straight line across the middle of the square, and finally placing the last 3 coins in a straight line perpendicular to the middle line. This arrangement creates 5 straight lines, each containing 4 coins.
A sixteen line stanza is called a quatern. It consists of four quatrains, with each quatrain having four lines.
Yes. This is a neat trick too! Just draw the shape of a five pointed star. Place one coin at each of the 5 points and 5 at each intersection in the inner pentagon. There are 4 coins in each line. I hope you can see the illustration below. The dashes were the only way to maintain the spacing of the 'coins'. -------------O--------------- ---------------------------- ---------------------------- O-------O------O-------O--- ---------------------------- -------O----------O--------- ----------------------------- -------------O--------------- ------------------------------ ----O----------------O------
A square and a rectangle have perpendicular and parallel lines. The two side lines extending upwards from the base line are perpendicular to the base line. The line extending from each of the side lines across the top is perpendicular to the side lines. The top line is also parallel to the base line, and the side lines are also parallel to each other.
You achieve that by having text wrapping, so that it automatically goes onto a new line when you reach the end of the line.
A square and a rectangle have perpendicular and parallel lines. The two side lines extending upwards from the base line are perpendicular to the base line. The line extending from each of the side lines across the top is perpendicular to the side lines. The top line is also parallel to the base line, and the side lines are also parallel to each other.
Yes, two lines that lie in parallel to the same line are always parallel to each other. This is based on the Transitive Property of Parallel Lines, which states that if line A is parallel to line B, and line B is parallel to line C, then line A is parallel to line C. Thus, if two lines are both parallel to a third line, they must be parallel to each other.
a parallelogram does not have a line of symmery
Each line of latitude (the ones parallel to the Equator) crosses each line of longitude (the north - south lines).
They are two lines that are on top of each other, so they are the same line.
Impossible. If there MUST be 5 straight lines, then there can only be 2 trees in each line. This gives 5 straight lines with 2 trees each (or 2 straight lines with 5 trees each) ** ** ** ** **