In what way is the bar graph is better than the pictographs
Bar graphs use bars and numbers to show information, and pictographs use pictures to show information. With a pictograph you need to count each time to find how many, but with a bar graph you can just look at the number.
Pictograph is taking timing but in the bargraph we can to easy way
Why the pictograph is better than the bargraph
In what way is the bar graph is better than pictograph
Maths 6 th class
Shiva
It's right answer
The bar graph is better than pictographs in several ways:
1. Accuracy: Bar graphs provide a more accurate representation of data compared to pictographs. In a bar graph, the heights of the bars directly correspond to the values being represented, allowing for precise measurements and comparisons. Pictographs, on the other hand, use pictures or symbols to represent data, which can be subjective and prone to interpretation errors.
2. Clarity: Bar graphs offer better clarity in presenting data. The bars in a bar graph are uniformly sized and spaced, making it easier to compare values and identify patterns. Pictographs, on the other hand, can sometimes have varying sizes or distances between symbols, making it challenging to accurately interpret the data.
3. Versatility: Bar graphs are more versatile than pictographs. They can represent both categorical and numerical data, making them suitable for a wide range of data types. Pictographs, on the other hand, are primarily used for categorical data and may not be as effective when the data involves continuous variables or precise measurements.
4. Ease of interpretation: Bar graphs are generally easier to interpret than pictographs. The use of simple bars allows for quick identification of trends, comparisons, and relationships between different variables. Pictographs, on the other hand, require more effort to decode the symbols and their respective quantities accurately.
To create a bar graph, you need to:
1. Determine the variables to be represented: Identify the categories or values that you want to compare or display in your graph.
2. Collect the data: Gather the necessary data for each variable you want to represent. Ensure that the data is accurate and complete.
3. Choose the appropriate scale: Determine the range and increments for the vertical (y-axis) and horizontal (x-axis) scales based on the data values.
4. Draw the axes: Draw the horizontal and vertical axes on a graph paper or computer software. Label them appropriately, indicating the variables being represented and their units of measurement.
5. Plot the data: Use the scale to plot the data points on the graph by drawing bars of appropriate height for each category or value. Ensure that the bars are uniformly sized and spaced.
6. Add a title and labels: Provide a clear and concise title for the graph and label each axis with the corresponding variable and units of measurement.
7. Interpret the graph: Analyze the bar graph to identify trends, patterns, and relationships between the variables being represented. Use the graph to support your conclusions or findings.