0
Yes.. See related link for an example.
Wiki User
∙ 12y ago
Add your answer:
Earn +20 pts
Can a line with negative slope go though Quadrant III?
Y = - 2X - 3 Plot this and see that a line with a negative slope can go through quadrant III.
Is the slope of a line that passes through quadrant 3 supposed to be negative?
It can be positive, negative, or zero, depending where else the line passes through.
What are the x and y for each quadrant on a graph?
Quadrant I: x positive, y positive. Quadrant II: x negative, y positive. Quadrant III: x negative, y negative. Quadrant II: x positive, y negative.
Which quadrant contains -2 -9?
7
Why is the tangent positive on quadrant III?
The tangent function is equal to the sine divided by the cosine. In quadrant III, both sin and cos are negative - and a negative divided by another negative is positive. Thus it follows that the tangent is positive in QIII.
Which quadrants do the x-axis and y-axis have the same sign?
Quadrants I and III. In Quadrant I, the values are both positive. In Quadrant III, the values are both negative.
What quadrant is -6 -5 lies in?
-1
What are the signs of the coordinate in every quadrant?
Quadrant I: Top Right: x positive, y positive Quadrant II: Top Left: x negative, y positive Quadrant III: Bottom Left: x negative, y negative Quadrant IV: Bottom Right: x positive, y negative
What quadrant does angle -1560 degrees lie in?
-1560 Mod 360 = 4 | 120-120 degrees lies in quadrant III (negative x and negative y)
What quadrant of a coordinate plane it the region located?
The top left quadrant is II (2) (x is negative, y is positive) The top right quadrant is I (1) (x is positive, y is positive) The bottom left quadrant is III (3) (x is negative, y is negative) The bottom right quadrant is IV (4) (x is positive, y is negative)
Which quadrant is y and -y?
y is positive in quadrants I and II and negative in III and IV.
Which ordered pair is located in Quadrant III?
Any ordered pair in the third quadrant has negative x and y values. So (-1,-1), for example, is the third quadrant.
