You cannot have a horizontal shift in the down direction: a horizontal shift must be left or right!
The coordinates are (10, 5).
Suppose the 30 unit vector is acting horizontally. Then the 60 unit vector has a horizontal component of 60*cos(60) units and a vertical component of 60*sin(60) units. So total horizontal = 30 + 60*cos(60) = 60 units total vertical = 60*sin(60)= 51.96 units. Then magnitude of resultant = sqrt(602 + 51.962) = sqrt(6300) = 79.37 units (approx). And direction = tan-1(51.96/60) = 40.89 degrees (from the 30 unit vector).
(-4,-2)
The x-coordinate changes.
Given only the coordinates of that point, one can infer that the point is located 10 units to the right of the y-axis and 40 units above the x-axis, on the familiar 2-dimensional Cartesian space.
On a graph, the distance above and below the x-axis is given by the y-coordinate. Each point has a distinct location on the graph given by (x,y) where x represents the horizontal placement of the point and y represents the vertical placement. As you move from one point to another on the graph, your coordinates change. For example as you go from the point (2, 5) to (6, 15) your x-values went from 2 to 6, meaning they changed by 4 units (the difference in the x-coordinates). The x-values are your horizontal placements, so the horizontal change was 4 units. The y-values, are your vertical placements. They went from 5 to 15, a difference of 10 units, so the Vertical Change is 10 units. Put simply, the vertical change is the difference in the y-coordinates.
Not sure
On a horizontal straight line, three units below the x axis. On a horizontal straight line, three units below the x axis. On a horizontal straight line, three units below the x axis. On a horizontal straight line, three units below the x axis.
The highest resolution is used by HDTV, 16:9, which means 16 horizontal units for every 9 vertical units.
Length can be measured either way. The actual definition of length is the longest dimension.A shape that is two units horizontal and three units vertical will have a length of 3, and in this case, the length is measured vertical. At the same time, a shape that is three units horizontal and two units vertical will also have a length of 3, but in this case, the length is measured horizontal.Many people make the mistake of thinking that length is always horizontal or always vertical. This is incorrect, however. The easiest way to see that this is false is to rotate the shape 90 degrees; this causes the length to change to what was before the width, and as such, length is not consistent, even though the shape is the same. Length is always the longest dimension. As such, width is always the dimension that makes a (two-dimensional) right angle with the length. This will always just be the other dimension in two-dimensional objects.
If you mean in a 2-dimensional plane, the two ways I know of are Cartesian coordinates and polar coordinates. In the Cartesian coordinate system, there are 2 perpendicular axes, a horizontal and vertical (usually these are label x and y respectively). In this system, position is given by the distance from the origin (the center of the grid where x and y = 0) in the x and y direction. For example, if a point is 3 units away from the origin in the horizontal direction and 1 unit in the vertical the direction, the point is at (3,1) ( the 3 is the x and the 1 is the y). In polar coordinates, the position of a point is given by its distance from the origin (r) and the angle the line r makes with the horizontal axis. This angle is positive in the counterclockwise direction from the right side horizontal axis.
The function ( f(x) = 2^x ) is transformed to ( g(x) = 5 \cdot 2^{x - 3} + 8 ). The transformations include a vertical stretch by a factor of 5, a horizontal shift to the right by 3 units, and a vertical shift upwards by 8 units. This results in the graph being stretched taller, moved right, and shifted upward.
well kitchen sinks are set at 2 fixture units and on a 2" drain you can have 4 because horizontal 2" line can have 8 fixtures units and 2" vertical can have 16 fixture units.
The coordinates are (10, 5).
In cartesian coordinates (x, y) = (3, -4)
When you graph lines or points, the cross drawn behind them, labeled with numbers and units, are the axes. The horizontal line is the x-axis, and the vertical the y-axis.
The aspect ratio of a computer monitor or a television screen is its horizontal length divided by its vertical length, both measured in the same units.