When a linear equation does not pass through the origin, it is referred to as a "non-homogeneous" linear equation. In this case, the equation typically takes the form (y = mx + b), where (b) is the y-intercept. The presence of the y-intercept indicates that the line is shifted vertically away from the origin. If (b) is not zero, the line will not intersect the origin (0,0).
it is just that- a linear function that goes through ther origin. ======================================================= Any equation y = ax, where a is a constant, will do so.
No.
i think its called a break. :]
No. The rectangular hyperbola does not pass through the origin but it represents inverse proportionality.
A straight line that goes through the origin.
it is just that- a linear function that goes through ther origin. ======================================================= Any equation y = ax, where a is a constant, will do so.
No, they don't.
No.
i think its called a break. :]
Not always
the line that crosses through the origin
No. The rectangular hyperbola does not pass through the origin but it represents inverse proportionality.
A straight line that goes through the origin.
No, the particle's angular momentum depends on both its linear momentum and its distance from the origin. If the particle is moving along a line passing through the origin, its angular momentum will not necessarily be zero unless its linear momentum is also zero.
You then have a linear relationship, or a direct variation. A straight line through the origin.
The line doesn't go through the origin
The formula direct variation is xk=y, where k is the constant of variation.Direct variation functions always pass through the origin. Direct variation functions are linear functions (goes in a straight line), except that they pass through the origin. Regular linear functions don't pass through the origin. That is the only difference.