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The curve obtained by joining the points, whose x- coordinates are the upper limits of the classintervals and y coordinates are corresponding cumulative frequencies is called
(a) Ogive
(b) Histogram
(c) Frequency Polygon
(d) Frequency Curve?
(a) Ogive
(b) Histogram
(c) Frequency Polygon
(d) Frequency Curve?
Most Upvoted Answer
The curve obtained by joining the points, whose x- coordinates are the...
Understanding the Curve of Cumulative Frequencies
The curve that connects points with x-coordinates as the upper limits of class intervals and y-coordinates as the corresponding cumulative frequencies is known as an Ogive.
What is an Ogive?
- An ogive is a graphical representation of cumulative frequency.
- It helps in understanding the distribution of data and identifying medians, percentiles, and other statistical measures.
Key Features of an Ogive:
- X-axis Representation: The upper limits of class intervals are plotted along the x-axis.
- Y-axis Representation: The cumulative frequencies are plotted along the y-axis.
- Curve Formation: Points are connected to form a smooth curve, enabling easy interpretation of cumulative data.
Differences from Other Graphs:
- Histogram: Represents the frequency of data within specific intervals but does not show cumulative data.
- Frequency Polygon: Plots the midpoints of class intervals against their frequencies, creating a straight-line graph connecting points.
- Frequency Curve: A smooth curve that represents frequency distribution but does not specifically illustrate cumulative frequencies.
Applications of Ogive:
- Useful in determining the number of observations below a particular value.
- Facilitates the calculation of percentiles and quartiles in data analysis.
In summary, an ogive is an essential statistical tool used to visualize cumulative frequencies and analyze data distributions effectively.
The curve that connects points with x-coordinates as the upper limits of class intervals and y-coordinates as the corresponding cumulative frequencies is known as an Ogive.
What is an Ogive?
- An ogive is a graphical representation of cumulative frequency.
- It helps in understanding the distribution of data and identifying medians, percentiles, and other statistical measures.
Key Features of an Ogive:
- X-axis Representation: The upper limits of class intervals are plotted along the x-axis.
- Y-axis Representation: The cumulative frequencies are plotted along the y-axis.
- Curve Formation: Points are connected to form a smooth curve, enabling easy interpretation of cumulative data.
Differences from Other Graphs:
- Histogram: Represents the frequency of data within specific intervals but does not show cumulative data.
- Frequency Polygon: Plots the midpoints of class intervals against their frequencies, creating a straight-line graph connecting points.
- Frequency Curve: A smooth curve that represents frequency distribution but does not specifically illustrate cumulative frequencies.
Applications of Ogive:
- Useful in determining the number of observations below a particular value.
- Facilitates the calculation of percentiles and quartiles in data analysis.
In summary, an ogive is an essential statistical tool used to visualize cumulative frequencies and analyze data distributions effectively.
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The curve obtained by joining the points, whose x- coordinates are the upper limits of the classintervals and y coordinates are corresponding cumulative frequencies is called(a) Ogive(b) Histogram(c) Frequency Polygon(d) Frequency Curve? for CA Foundation 2025 is part of CA Foundation preparation. The Question and answers have been prepared according to the CA Foundation exam syllabus. Information about The curve obtained by joining the points, whose x- coordinates are the upper limits of the classintervals and y coordinates are corresponding cumulative frequencies is called(a) Ogive(b) Histogram(c) Frequency Polygon(d) Frequency Curve? covers all topics & solutions for CA Foundation 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The curve obtained by joining the points, whose x- coordinates are the upper limits of the classintervals and y coordinates are corresponding cumulative frequencies is called(a) Ogive(b) Histogram(c) Frequency Polygon(d) Frequency Curve?.
The curve obtained by joining the points, whose x- coordinates are the upper limits of the classintervals and y coordinates are corresponding cumulative frequencies is called(a) Ogive(b) Histogram(c) Frequency Polygon(d) Frequency Curve? for CA Foundation 2025 is part of CA Foundation preparation. The Question and answers have been prepared according to the CA Foundation exam syllabus. Information about The curve obtained by joining the points, whose x- coordinates are the upper limits of the classintervals and y coordinates are corresponding cumulative frequencies is called(a) Ogive(b) Histogram(c) Frequency Polygon(d) Frequency Curve? covers all topics & solutions for CA Foundation 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The curve obtained by joining the points, whose x- coordinates are the upper limits of the classintervals and y coordinates are corresponding cumulative frequencies is called(a) Ogive(b) Histogram(c) Frequency Polygon(d) Frequency Curve?.
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