no
Only in a single quadrant? No. A line can be in two, or in three, different quadrants.
no
The value of tan and sin is positive so you must search quadrant that tan and sin value is positive. The only quadrant fill that qualification is Quadrant 1.
If only one quadrant of a body out od three quadrant of the position change than motion of the body is called one Dimentional motion. Ex-MOtion of a body in a straight line ,path,vertical motion under gravity etc...
Yes. That's always possible, but there's only one of them.
quadrant one has two positive numbers. quadrant two has neg. x numbers and positive y numbers quadrant three has two negative numbers quadrant fout has pos. x numbers and negative y numbers. 3.3 is only one value. you need two number to find the quadrant. 3.3 lies on the x-axis and doesnt lie in a quadrant. therefore you answer is no quadrant.
Only in the movies.
No. There are only Rubio's in the Soutwest quadrant of the continental U.S.
If the signs of the Cartesian coordinates are: (+, +) => first quadrant (-, +) => second quadrant (-, -) => third quadrant (+, -) => fourth quadrant. If one of the coordinates is 0 then the point is on an axis and NOT in a quadrant. If both coordinates are 0 then the point is at the origin. If the location of the point is given in polar coordinates, then you only need the angle. Suppose the principal angle is Φ, then 0 < Φ < 90 degrees => first quadrant 90 < Φ < 180 => second quadrant 180 < Φ < 270 => third quadrant 270 < Φ < 360 => fourth quadrant. Again, if the angle is 90, 180 etc degrees, the point is on an axis. If the magnitude is 0 then the point is at the origin.
It is not possible. Several (4) straight lines without lifting your pen is possible but 1 line is not.
True
It is not possible to draw a cube with a continuous line that draws each edge only once.