Assertion: trigonometric function's value | /r/HasProperty | equal
Facets:
value: to 0
type: OTHER
value: to the values of: sin(90º
type: OTHER
value: respectively
type: DEGREE
value: for their complementary angles
type: CAUSE
value: to its slope
type: OTHER
value: to the y-coordinate
type: OTHER
value: to the cosine of \(t\
type: OTHER
Source sentences:
text: The domain of the function y = tan ( x ) ) is all real numbers except the values where cos ( x ) is equal to 0 , that is, the values π 2 +
text: The domain of the function y = sec ( x ) = 1 cos ( x ) is again all real numbers except the values where cos ( x ) is equal to 0 , that is, the values π 2 +
text: The zeros are the points where value of cosine is equal to 0, and the value where the graph will go into the infinity are in the zeros of sine.
text: The value of which function of θ is equal to its slope?
text: Also, the secant and cosecant functions always have values that are equal to or greater than 1 or equal to or less than –1.
text: Because the y-value is equal to the sine of \(t\), and the x-value is equal to the cosine of \(t\), the tangent of angle \(t\) can also be defined as \( \frac{ \sin t}{ \cos t},
text: Because the y-value is equal to the sine of [latex]t[/latex], and the x-value is equal to the cosine of [latex]t[/latex], the tangent of angle [latex]t[/latex] can also be defined as [latex]\frac{\sin
text: : a trigonometric function whose value for the complement of an angle is equal to the value of a given trigonometric function of the angle itself the sine is the cofunction of the cosine
text: In general, if two angles differ by an integer multiple of \(360^\circ\) then each trigonometric function will have equal values at both angles.
text: We saw in Topic 15 on the unit circle that the value of sin θ is equal to the y-coordinate.
text: This is because the values of these co-functions: cos(x), cot(x), and csc(x) are equal respectively to the values of: sin(90º - x), tan(90º - x), and sec(90º - x) for their complementary angles.
text: the x-value is equal to the cosine of[latex]\,t,[/latex]the tangent of angle[latex]\,t\,[/latex]can also be defined as[latex]\,\frac{\mathrm{sin}\,t}{\mathrm{cos}\,t},\mathrm{cos}\,t
text: 4},[/latex]the sine and cosine values are equal.