sin theta and csc theta are reciprocal functions because sin = y/r and csc = r/y
you use the same 2 sides of a triangle, but you use the reciprocal.
Yes, sine is a trig function, it is opposite over hypotenuse.
there can be more than 1 answer for some trig equations and you must use your knowledge of periodicity to get the answers.
a dick
In trig, usually 0 to 2pi but it can be anything.
The cosecant is the reciprocal of the sine function. Now, the reciprocal of a positive number is positive, and the reciprocal of a negative number is negative.
sin theta and csc theta are reciprocal functions because sin = y/r and csc = r/y you use the same 2 sides of a triangle, but you use the reciprocal.
Yes, sine is a trig function, it is opposite over hypotenuse.
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.
About 1.00137234599792097.
Reciprocal of tangent is '1 /tangent' or ' Cosine / Sine '
Reciprocal parent function
Sin(A) = Opposite/Hypotenuse Its reciprotcal is 1/Sin(A) = Cosecant(A) = Csc(A) = Hypotenuse / Opposite. Similarly Cos(A) = Adjacent/Hypotenuse Its reciprotcal is 1/Cos(A) = Secant(A) = Sec(A) = Hypotenuse / Adjacent Tan(A) = Opposite/Adjacent Its reciprotcal is 1/Tan(A) = Cotangent(A) = Cot(A) = Adjacent / Opposite.
2.61
There are no real life applications of reciprocal functions
there can be more than 1 answer for some trig equations and you must use your knowledge of periodicity to get the answers.
a dick
In trig, usually 0 to 2pi but it can be anything.