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In order to take your circle and squash it horizontally to 1/2 of its original width (2),change the equation to4x2 + y2 = 16
A horizontal line has a slope of zero. The equation of a horizontal line is y = a.
The equation of any horizontal line isY = a number .
It is likely that a horizontal line on a graph will have the equation y=c, where c is a variable.
When the equation represents a horizontal line.
To find transformations in an equation, you can look for changes in the coefficients and constants that affect the position, size, or shape of the graph. For example, a coefficient before the x term will affect the stretch or compression of the graph, while a constant added or subtracted will affect the vertical shift. Additionally, changes inside functions (such as squaring or square rooting) can also indicate transformations.
In order to take your circle and squash it horizontally to 1/2 of its original width (2),change the equation to4x2 + y2 = 16
A horizontal line has a slope of zero. The equation of a horizontal line is y = a.
The equation of any horizontal line isY = a number .
It is likely that a horizontal line on a graph will have the equation y=c, where c is a variable.
When the equation represents a horizontal line.
A horizontal line would be of the form y= (a number). There should be no 'x's involved in the equation.
For a horizontal line, it is y= a value
Yes, for example if you have y=x but you shifted the equation up 3 units hence: y=x+3. than you will receive a different y from every instance (point) of x. Reference: collegemathhelper.com/2015/11/horizontal-graph-transformations-for.html
A vertical line has the equation [ x = a number ]. A horizontal line has the equation [ y = a number ].
The equation of any horizontal line isY = a number
If the two equations are linear transformations of one another they have the same solution.