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No, equations with the same slope do not intersect unless they are the same line.
The x and y axes on the Cartesian plane intersect at the origin at right angles
It is where the x and y coordinates intersect.
When y = 0
Capital letters that intersect but are not formed by perpendicular line segments include letters like 'X', 'K', and 'Y'. In these letters, the lines meet at angles that are not 90 degrees, creating intersections without perpendicularity. For example, in the letter 'K', the diagonal lines meet the vertical line at an angle, rather than perpendicularly.
Let x be in A intersect B. Then x is in A and x is in B. Then x is in A.
The origin is where x axis and y axis intersect.
No, equations with the same slope do not intersect unless they are the same line.
The x and y axes on the Cartesian plane intersect at the origin at right angles
The x and y axes on the Cartesian plane intersect at the origin at right angles
Think about it, the x & y planes intersect and what one number has both, the x & y planes intersect. 0 on the coordinate plane is the, origin.
f(x) and g(x) are just names of generic functions - they could be anything. In any specific case, where they intersect depends on how the functions are defined. In general, to find out where they intersect you can solve for: f(x) = g(x) Replacing the corresponding expressions for each function of course.
No
It is where the x and y coordinates intersect.
The origin.
It is where the x and y coordinates intersect.
Only if y = 0 then it is the entire x-axis. Otherwise, for y = k and k is any number except zero, the graph is parallel to the x-axis and does not intersect.