The decimal 17.05 is equal to the decimal 17.050.
100 in decimal = 100.0
A pure recurring decimal is a type of repeating decimal. In a pure recurring decimal, all the digits of the decimal are repeated infinitely.
15.6 is a decimal
You cannot convert a decimal into a decimal!
A parallelogram is a rectangle when all of its angles are right angles (90 degrees). In other words, if the opposite sides of a parallelogram are equal in length and all angles measure 90 degrees, it is a rectangle.
Using the cosine rule in trigonometry the angles work out as 88.05 degrees, 39.93 degrees and 52.01 degrees all rounded to two decimal places
Using the cosine rule angles of the triangle are: 119.10 degrees, 31.99 degrees and 28.91 degrees all rounded to two decimal places. Using sine area formula its area is: 3.24 square cm rounded to two decimal places.
Using trigonometry the angles of the triangle are 56.09 degrees, 97.09 degrees and 26.81 degrees with an area of 22.82 square cm all rounded to two decimal places.
Those quantities are angles. Angle degrees may be subdivided in decimal degrees, or in the awkward, clunky, but traditional 'minutes' and 'seconds'.
Using the cosine formula for triangles the opposite angles of the given sides are 88.05 degrees, 39.93 degrees and 52.02 degrees respectively all rounded to two decimal places.
Complementary angles are angles that always add to 90° (ninety degrees). They are usually adjacent to each other, however in theory do not have to be. An example is: Angle "a" is 38°, and is situated next to, or adjacent to Angle "b" which is 52°. In this case, both angles (38 and 52) sum to ninety degrees, which means Angle a is complementary with, or to, Angle b. Another example is: Angle "a" is 56°, and is situated next to, or adjacent to Angle "b" which is 43°. In this case, both angles (56 and 43) do not sum to ninety degrees, which means Angle a is not complementary with, or to, Angle b. Complementary angles are studied in conjunction with supplementary angles (angles which sum to 180°) and angles at a point (angles which sum to 360°). Note: There does not have to be only two angles (however this is the minimum requirement, because a ninety degree angle can't have a complement of 0°). There can be three, five, ten, twenty, or whatever number of angles you wish (remember, you are not limited to there being ninety one degree angles because angles can have decimal points too, i.e. 56.32°). Hope this helped.
Angles angles angles
There are right angles, acute angles, obtuse angles, and straight angles.
90 degree angles.90 degree angles.90 degree angles.90 degree angles.
they are angles that are wierd and dont make angles that are angles to 360 degrees and make non-angles to make angles
congurent angles are angles that have equal angles. Example, if you want to have equal angles, you have to have a shape that has equal sides