To calculate the median using linear interpolation in an O-give curve, first identify the total number of observations (N) and find the median position, which is ( \frac{N + 1}{2} ). Locate this position on the cumulative frequency curve (O-give) and determine the corresponding cumulative frequency value. If the median position falls between two cumulative frequency points, use linear interpolation to estimate the median value by finding the x-values (data points) associated with these frequencies and applying the formula for interpolation.
The median can be found out by drawing a perpendicular to the x-axis from the intersection point of both the ogives
Ogive is an free hand uprising curve
The answer depends on what you mean by an "orgive" - which is not recognised as a word in the English language. If you mean an ogive, then the answer would be the median.
. Ogive
In Architecture, a pointed or Gothic arch. In Statistics, a cumulative frequency graph.
An ogive is a cumulative relative frequency diagram. Interpolation is definiting the midpoint (50%) of this line
the intersection of less and more than ogive gives us the median of the following data.. but the median is not accurate as we draw the free hand cumulative graph..
The median can be found out by drawing a perpendicular to the x-axis from the intersection point of both the ogives
median
Ogive is an free hand uprising curve
yes. An ogive is also known as a cumulative frequency graph.
First, get a pencil, some paper and a stencil of an Ogive. Then you fill in the stencil. Job done
The answer depends on what you mean by an "orgive" - which is not recognised as a word in the English language. If you mean an ogive, then the answer would be the median.
The ogive never close because they represent non-decreasing functions, and polygon you close it.
The y-axis of an ogive is always the cumulative frequencies while the x-axis is the class boundaries.
Ogive
OGIVE