Trigonometry

1/2*base of triangle*height(the perpendicular)=Area of right angled triangle

The area is 12889 sq metres, approx.

Yes

Smooth

of what?

4

1. Use the coordinates of the vertices to establish which two sides are parallel.
2. Find the lengths of the two parallel sides (X and Y).
3. Find the equation of a perpendicular to one of these lines at a point P.
4. Find the point where this perpendicular line meets the other parallel line (Q).
5. Find the distance PQ = H.
6. Area = 1/2*(X + Y)*H

An oxagon is not a geometric shape and so does not look like anything.

csc(x) = 1/sin(x) = +/- 1/sqrt(1-cos^2(x))

All triangles have angles that total 180degrees. If given 2 angles add them together and subtract (or take away from) 180, answer is angle.

Example A triangle has 2 angles of 90 & 30 degrees what is the 3rd angle. 90+30=120, 180-120=60degrees

29 seconds ago. Exactly. And dude, work on your spelling!

A pentagon has 5 sides. The perimeter is 60 so each of its sides is 60/5=12.

Area = n (s/2)^2 / tan( π /n)

= 5(12/2)^2 / tan ( π /5)

= 247.7487

Trigonometry is useful in buliding, amongst other professions and industries. Trigonometry is a branch of mathematics that deals with triangles, specifically right-angled triangles. It can be used to measure the angles of a triangle as well as all three sides, as long as two measurements are given.

The Cartesian system allows you to describe a geometric shape in algebraic terms. This allows algebraic techniques, such as differentiation or integration to be applied to solve problems in geometry. Conversely, geometrical results can be used to solve problems in algebra.

Multiply half of the length of the base by the height.

Just like any other triangle.

First, they contact Darth Vador. When he arrives, they locate the secret banana together and attach a string to it. They throw it into the ocean, and use trigonometry to locate dolphins. Then the fly off into space, and defeat Luke Skywalker.

The basic functions are sine, cosine, tangent, cosecant, secant and cotangent. In addition, there are their inverses, whose full names use the prefix "arc" [arcsine, arc cosine, etc] but are more often written as sin-1, cos-1 and so on.

44

Total is 17640 degrees

Each angle is 176.4 degrees.

Can you use trigonomic functions in real life situations? It's not like you carry a calculator with you everywhere...

Very unlikely unless you have a job that requires trig skills.

Let's look at right triangles for a moment. In any right triangle, the hypotenuse is the side opposite the right angle. There exist three ratios (and their inverses) as regards the length of the sides of the right triangle. These are opposite/hypotenuse (called the sine function), adjacent/hypotenuse (called the cosine function), and opposite/adjacent (called the tangent function). The inverse of the sine is the cosecant, the inverse of the cosine is the secant, and the inverse of the tangent is the cotangent. The abbreviations for these functions are, sin, cos, tan, csc, sec and cot, respectively.

What is underneath this idea is that for any (every!) right triangle, there is a fundamental relationship or ratio between the lengths of the sides for all triangles with the same angles. For instance, if we have a triangle with interior angles of 30 and 60 degrees (in addition to the right angle), regardless of what size it is, the ratio of the lengths of the sides is always the same. And the trigonometric functions express the ratios of the lengths of the sides.

Placing a question mark at the end of a phrase does not make it a sensible question. Try to use a whole sentence to describe what it is that you want answered.

A part of a circle's circumference is an arc

Trigonometry is essential to the study of higher mathematics (calculus) and to the understanding of many scientific and engineering principles. Trigonometry and calculus can be used to model many shapes, motions, and functions in daily life.