Trigonometry

Physics deals with many vectors: displacement, velocity, acceleration, forces and so on. Trigonometry is required if dealing with two or more forces unless they are all parallel.

A squared+ B squared=C squared. find the square root of the answer and you get the longest side.

The Alps are a mountain range located in Europe. They pass through Switzerland, Austria, Slovenia, Germany, Italy, France, Liechtenstein, Germany, and Monaco.

You can't because triangles do not have diagonals but an isosceles triangle has 2 equal sides

yes they do

The word "cosine" comes from the New Latin word "cosinus".

Consider angles in standard position, and note that for the equation sin θ = 0.5, the angle in the first quadrant is θ = 30°

The sin function is positive in quadrants I and II, and negative in quadrants III and IV, so there are two basic answers, one in quadrant III and another in quadrant IV.

In quadrant III, the angle is 180° + 30° = 210°

In quadrant IV, the angle is 360° - 30° = 330°

Of course, this is a wave function so there are an infinite number of answers. You can add full circles (i.e. multiples of 360°) to either of these answers to get more answers.

In quadrant III, the angles are 210°, 570°, 930°, ...

In quadrant IV, the angles are 330°, 690°, 1050°, ...

Make sure you follow all of the rules of the field of mathematics for which you are making the model.

you can see one answer in this issue : " right triangle in wich the sum of the legs is close to pi" available through google search .

It is sec2.

it is the quotient of 9/8

cos (78 degrees) = 0.20791 (rounded)

cos (78 radians) = -0.85780 (rounded)

cos (78 grads) = 0.33874 (rounded)

Happiness (15th century) is a form of the Middle English word happy (14th century)

Any regular polygon

If sin2(theta) = 0, then theta is N pi, N being any integer

The angle is sin-1(7/9) = 51.05755873 or about 51 degrees

Alternatively using Pythagoras' theorem the smaller side is 4*sq rt of 2

So angle tan-1(7/4*sq rt of 2) = 51.05755873 or about 51 degrees

Neither trigonometry nor any other subject can be used to prove questions. It may be possible to answer questions but that is another matter,

Thales, Democritus, Pythagoras, Aristotle, Archimedes, Euclid, Erastosthenes, Hipparchus,

Sine(Sin) Cosine(Cos) Tangent(Tan) ---- -Sin of angle A=opposite leg of angle A / hypotenuse -Cos of angle A= Adjacent leg of angle A / Hypotenuse -Tan of angle A= opposite leg of angle A / Adjacent lef of angle A

Geometry is used as a conceptual language to transliteral the meaning of conceptual order in design. The abstract definition is used to demostrate pathways in elliptical orbit using the transeptual phi. Geometry is used to determine measurement, speed velocity, momentum, direction, distance, relativity, and probabilitic measure in astronomical bodies, through equations of multiplicity using point axes in determinable coordinates, using inference models in relational relativity point span. Geometry is the point of resolution through which the observer determines the observable world, and thus comes to know himself.

One side cannot be congruent: it must be congruent to something!

Using the identity, sin(X)+sin(Y) = 2*sin[(x+y)/2]*cos[(x-y)/2]

the expression becomes

{2*sin[(23A-7A)/2]*cos[(23A+7A)/2]}/{2*sin[(2A+14A)/2]*cos[(2A-14A)/2]}

= {2*sin(8A)*cos(15A)}/{2*sin(8A)*cos(-6A)}

= cos(15A)/cos(-6A)}

= cos(15A)/cos(6A)} since cos(-x) = cos(x)

When A = pi/21,

15A = 15*pi/21

and 6A = 6*pi/21 = pi - 15pi/21

Therefore, cos(6A) = - cos(15A)

and hence the expression = -1.

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