(6x+8)+ (9x-25)
You need to use a protractor to measure the two angles at the ends of the base. The other two angles will be their supplements.
We use perimeter to measure the length and breadth so that we can easily find out the measurement of a figure
No, a ruler is used only to measure length, width or height. You must use a protractor in order to measure the degrees in an angle.
It would be a Megagon, but this purely a theoretical construct- Mega-in popular use-million, litl. Large, Gon- angle- Pentagon has five angles.
angles in our daily life
You measure the necessary parameters. It may be the radius/diameter or the length of a side of a regular polygon, or the lengths of sides and angles of an irregular polygon, and even more complicated measures for odder shapes. Use this information with appropriate formulae to calculated the base area.
use a ruler a square can be 34cm
You can use a cube to figure out how many faces there are, angles and edges.
the hypotenuse is the side of the right triangle that is opposite of the 90 degree angle. To figure out the length of the hypotenuse you can use a2 + b2 = c2 (if you know the length of the other two sides) If you don't that you can probably use the sine or the cosine equation. (as long as you know at least one of the angles)
Use a protractor and you'll find base angles are equal and that the 4 interior angles add up to 360 degrees
use a measuring tape
If you know the angles, you can use them to figure it out. If they are all 90 degree angles, then it is most certainly a rectangle.
The height can be represented as the line from the apical vertex (the top corner) to the base. This line meets the base at right angles, and divided the triangle into two right angled triangles. Then use Pythagoras' theorem: Suppose the height is h and the slant heights are a and b units. Then the length of the part of the base under slant height a is sqrt(a2 - h2) and the length of the part of the base under slant height b is sqrt(b2 - h2) So the length of the base is sqrt(a2 - h2) + sqrt(b2 - h2).
yes they do in fact, they use geometry for the angles of their clothes including length and width.
You need to use a protractor to measure the two angles at the ends of the base. The other two angles will be their supplements.
I'm assuming Pythagorus - hence the Pythagorean Theorem of which you use to figure the length of the hypotenuse.
the base unit of length is the metre.