yes because horizontal lines are across and vertical lines is up n down
Experimental design is characterized by control, randomization, replication, and the ability to manipulate variables. Control ensures that extraneous factors do not influence the results; randomization helps eliminate bias; replication allows for the results to be verified; and manipulation enables testing of hypotheses. As a Quality Manager, I would use vertical balancing to ensure that different levels of a factor (e.g., different production methods) are adequately represented, while horizontal balancing would ensure that all relevant groups or conditions (e.g., various times or locations) are included in the experiment, thereby enhancing the validity and reliability of the findings.
Vertical integration refers to a company's control over multiple stages of production and supply chain, from raw materials to final product, while horizontal integration involves the acquisition of competing companies in the same industry to increase market share. Both strategies contributed to the economic development of the U.S. by fostering efficiency, reducing costs, and enhancing innovation. Vertical integration allowed companies to streamline operations and ensure quality, while horizontal integration led to monopolies and oligopolies that could dominate markets, driving economic growth and stability in various sectors. Together, they facilitated the rise of large corporations that significantly shaped the American economy during the Industrial Revolution and beyond.
go on ks3 bitesize too hard to explain
To visualize this, imagine a horizontal line (Line A). Draw a vertical line (Line B) intersecting Line A at a right angle; this demonstrates perpendicular lines. Now, draw a different line (Line C) that intersects Line A at an angle less than 90 degrees. Both Line B and Line C intersect Line A, but only Line B is perpendicular to it.
The slope of a horizontal line is always zero because there is no vertical change as you move along the line; the y-coordinate remains constant while the x-coordinate changes. To demonstrate this, you can plot a horizontal line on a graph, such as y = 3, where every point has the same y-value (3) regardless of the x-value. By calculating the slope using the formula ( \text{slope} = \frac{\Delta y}{\Delta x} ), you will see that ( \Delta y = 0 ) (no change in y), resulting in a slope of ( 0 ).
Explain the differences between horizontal and vertical price fixing..
explain the difference berween vertical and horizontal system packages?
You can have vertical and horizontal alignment. In vertical alignment you have top, center and bottom. In horizontal alignment, you have left, right and center. three types of alignments
example is Mc Donalds and Synopec Oil company in China
Explain categories.
To find the sin/cos at a given point on the unit circle, draw a radius to that point. Then break the radius into components - one completely horizontal and one completely vertical. The sine is the vertical component, the cosine is the horizontal component.
Almost everything in Biology can be explained or represented on a scale or graph; the graphs use to represent data have two axes. The horizontal axis is called the X axis or the abscissa. The vertical axis is called the Y axis or the ordinate. The values of the independent variable are measured on the X axis and those of the dependent variable are on the Y axis. There are three types of graphs that you can use, two for use when the independent variable is quantitative (numeric form)and one for use when it is qualitative data (written form).
A tube furnace is a type of high-temperature furnace usually used in manufacturing and research laboratories. It is generally cylindrical in shape, and can be either horizontal or vertical.
br is a line break, hr is a horizontal rule.br adds vertical spacing between elements on a page, much like the spacing between to paragraphs of text.hr adds a horizontal line. example:before hrafter hr
Only the vertical height of the stairs is measured for work because it accounts for the change in potential energy associated with lifting oneself to a higher elevation against gravity. The horizontal distance does not significantly affect the amount of work done as it does not require overcoming any vertical displacement.
Because X (which in this case is always 4) is the value of the horizontal axis so the only value that can change is Y, the verticle axis.
The vertical axis of a graph is known as the ordinate and the horizontal axis of a graph is known as the abscissa. So commonly when talking about (x,y) as a point on the graph, we refer to x value as the abscissa and y value as the ordinate.