The only way to find the area is to have two sides to multiply them together unless you have the hypotenuse.
It is the vertex. The one at which you can have the two points located together! Happy to help!
You simply have to measure all the sides of the oblong and add them together. If the opposite sides of it are equal (making it a rectangle), then you just need to measure the two different sides and add them together, then multiplying the result by 2. perimeter = a + b + c +d or perimeter = 2(a+b)
3. If you think about it, you cannot have less than three sides on any shape, as it is impossibe to join two sides together without putting them directly on top of each other.
Find two triangles with sides the same length and put them together. If it makes a square choose a different side, unless they're equilateral and then this is much harder. But do this twice and then put the two parallelogramss together using same length sides again.
Well it depends if you have 2 alike sides then they repel but if different they attract
Line up the two trapeziums side by side with their parallel sides top and bottom, and with a pair of corresponding sides of the trapeziums facing one another. Flip one of them top to bottom and bring the two trapeziums together. They will form a parallelogram.Line up the two trapeziums side by side with their parallel sides top and bottom, and with a pair of corresponding sides of the trapeziums facing one another. Flip one of them top to bottom and bring the two trapeziums together. They will form a parallelogram.Line up the two trapeziums side by side with their parallel sides top and bottom, and with a pair of corresponding sides of the trapeziums facing one another. Flip one of them top to bottom and bring the two trapeziums together. They will form a parallelogram.Line up the two trapeziums side by side with their parallel sides top and bottom, and with a pair of corresponding sides of the trapeziums facing one another. Flip one of them top to bottom and bring the two trapeziums together. They will form a parallelogram.
A trapezoid has four sides and only has two parallel sides. A rhombus has four sides with all congruent parallel sides. When you combine the two together you get a total of 4 sides. when you add the rhombus to the trapezoid you are basically forming a bigger trapezoid (try it on a piece of paper) which has 4 sides.
Find the other 2 sides and then add the 4 sides together.
He discovered America.
Hydrogen bonds.
No. For example, the two perpendicular sides can be adjacent; in this case, the two sides can be of different length; the lengths of the other two sides aren't unique either.The two perpendicular sides can also be the two opposite sides (i.e., side #1 and side #3, if you count consecutive sides); here, too, there are multiple possible solutions. Just try it out!
Docking
The process of bringing two spacecraft together is called "docking"
A quadrilateral with two sides of the same length and then two sides of a longer same length :). It has four sides, two longer than the others. These four sides all come together at 90 degree angles. I hope this could help!
It means that two sides that come together at one point are both the same length.
Add together the lengths of the four sides; or add the lengths of the two different sides and then double it.