RS Aggarwal Solutions Class 9 Maths Chapter 17 Bar Graph Histogram and Frequency Polygon: If you think Class 9 Maths is tricky, start studying RS Aggarwal Solutions Class 9 Maths. It can help you clear your doubts as the RS Aggarwal Solutions Class 9 Maths Chapter 17 Bar Graph Histogram and Frequency Polygon are very credible and well-explained. Ace your Class 9 Exams with the RS Aggarwal Solutions Class 9 Maths Chapter 17.
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RS Aggarwal Solutions Class 9 Maths Chapter 17 Bar Graph Histogram and Frequency Polygon
RS Aggarwal Solutions Class 9 Maths Chapter 17 Bar Graph Histogram and Frequency Polygon – Overview
- Bar Graph
- It portrays the comparison between two discrete measured values.
- The bar graph is a representation of the axis, showing a comparison between two different categories of values and represented through uniform width bars placed with the axis at an equal spacing to portray certain variables.
- The variable is depicted on the base axis, and the height of the bar represents the value.
- Histogram
- It is a form of representation of specific data used in the case of continuous class intervals.
- A histogram is similar to bar charts and simply represents figures identical to rectangles, with areas equal to the frequency of the given variables and width similar to the class intervals.
- Constructing A Histogram
- Start by constructing a horizontal line to denote the classes.
- Then, draw even marks on the line corresponding to the class.
- Then, label the marks and name the horizontal axis to prevent any confusion later.
- After that, construct a vertical line ending at the lowest class.
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Again label and name the line.
- Then, draw a rectangle on the baseline of heights equal to the frequency of the class.
- Frequency Polygon
- It is a particular type of graph used to represent a specific set of data visually.
- It is drawn by optimizing the data and joining each class interval’s midpoints with a line. The heights of these lines highlight the frequencies of the class.
- To calculate the midpoints more precisely, you must add the upper and lower limits of the intervals’ boundary values and then divide them by 2.
The midpoint of the polygon = (Upper limit + Lower limit)/2
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How to find the midpoint of a polygon?
The midpoint of the polygon = (Upper limit + Lower limit)/2
What is a bar graph?
The bar graph is a representation of the axis, showing a comparison between two different categories of values and represented through uniform width bars placed with the axis at an equal spacing to portray certain variables.
What is a histogram?
It is a form of representation of specific data used in the case of continuous class intervals.