Sine: the y-coordinate. Cosine: the x-coordinate. Tangent: the ratio of the two (y/x).
cosine, sin* * * * *No. They are the horizontal or x-coordinate, called the abscissa; and the vertical or y-coordinate, called the ordinate.
We know that its Y coordinate value is zero.
Assuming 6 refers to the value of x, the y coordinate is 1
The x value is the first of a coordinate pair and tells you how far from the y axis the point is.
Sine: the y-coordinate. Cosine: the x-coordinate. Tangent: the ratio of the two (y/x).
cosine, sin* * * * *No. They are the horizontal or x-coordinate, called the abscissa; and the vertical or y-coordinate, called the ordinate.
We know that its Y coordinate value is zero.
Y=sin X is a function because for each value of X, there is exactly one Y value.
Assuming 6 refers to the value of x, the y coordinate is 1
The x value is the first of a coordinate pair and tells you how far from the y axis the point is.
If Y = 0 then there is no value of X such that XY = 1.
To show that sin(90 degrees) is equal to 1, we can use the unit circle. At 90 degrees, the point on the unit circle has coordinates (0, 1), where the y-coordinate represents the sine value. Since the y-coordinate is 1 at 90 degrees, sin(90 degrees) is equal to 1. This can be visually represented on the unit circle diagramatically.
That depends on the value of the y intercept but in general it is at (0, y intercept)
All points in a plane do have a y-coordinate. Its value may be 'zero' ... if the point happens to lie on the x-axis ... but 'zero' is a perfectly good coordinate.If you want all points whose y-coordinate is not zero, then those are |y| > 0. (Absolute value of 'y' is greater than zero.)
The vertical value in a pair of coordinates. How far up or down the point is. The Y Coordinate is always written second in an ordered pair of coordinates.
y = arcsin( cos 48 ); arcsin may be seen as sin-1 on your calculator.