2.61
Sin(90)= 1.000 Cos(0) = 1.000 Tan(45) = 1.000 NB The angular values repeat every 360 degrees.
The functions are periodic and so, given any value (within the range) the function can take the value several times, Graphing the function can help you determine secondary points at which the function takes a given value.
90 degrees is one
That depends on your profession. If you are a math teacher, then you might use a lot of Trig. If you are an engineer, working with forces on any object from different directions, then you would use trig. Electrical engineers use trig. Surveyors use trig.
The title of a trigonometric graph typically reflects the specific function it represents, such as "Sine Wave," "Cosine Wave," or "Tangent Function." If the graph depicts a sine function, for instance, it may be titled "y = sin(x)." The title helps to identify the type of periodic function and its characteristics, such as amplitude and frequency.
About 1.00137234599792097.
The period of trigonometric function is the distance between repetitions of the function. The "x" value of the space it takes to start over.
The basic trigonometric functions have periods of pi or 2pi radians (180 or 360 degrees). But a key property of a trig function is that it can be made to have any periodicity.The basic trigonometric functions have periods of pi or 2pi radians (180 or 360 degrees). But a key property of a trig function is that it can be made to have any periodicity.The basic trigonometric functions have periods of pi or 2pi radians (180 or 360 degrees). But a key property of a trig function is that it can be made to have any periodicity.The basic trigonometric functions have periods of pi or 2pi radians (180 or 360 degrees). But a key property of a trig function is that it can be made to have any periodicity.
Yes, sine is a trig function, it is opposite over hypotenuse.
Sin(90)= 1.000 Cos(0) = 1.000 Tan(45) = 1.000 NB The angular values repeat every 360 degrees.
Trigonometry is a subject, not a calculation. You cannot trig 4 degrees just as you cannot history 4 degrees!Trigonometry is a subject, not a calculation. You cannot trig 4 degrees just as you cannot history 4 degrees!Trigonometry is a subject, not a calculation. You cannot trig 4 degrees just as you cannot history 4 degrees!Trigonometry is a subject, not a calculation. You cannot trig 4 degrees just as you cannot history 4 degrees!
The only trig functions i can think of with horizontal assymptotes are the inverse trig functions. and they go assymptotic for everytime the non-inverse function is equal to zero.
Since there is no information on what -125 is, nor the units (if any) that are used in the measurement, it is not possible to answer the question.
The functions are periodic and so, given any value (within the range) the function can take the value several times, Graphing the function can help you determine secondary points at which the function takes a given value.
90 degrees is one
1.75
subtract 90 from it and find the trig ratio of that and it will be equal to the trig ratio that is over 90 degrees