How is a frequency table different from a line plot how are they similar?
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A line plot shows data on a number line with dots or x's to to show frequency. A frequency table is made by arranging collected data values in ascending order of magnitude with their corresponding frequencies. Both will show you the absolute frequency of any given value. And both give you a visual idea of the shape of the frequency and some intuition about outliers and things like that. You can count the number of dots or x on your line plot and create a frequency table. The difference is that one of them already has numbers counted for you. So for small numbers of data, either one will do the same job. But imagine if you have 10000000 points. You really don't want to count them using a line plot. A frequency table will tell you how often each data point occurs. However, if there are lots of values that these points can take on, the frequency table will have too many values to be of much use. The line plot will give us a good visual if there is lots of data, say 1000000 temp measurements, but we only look at the temps between 90-100 and only use integer values.
A data table organizes raw data into rows and columns, making it easy to read and analyze. A frequency table summarizes this data by showing how often each value occurs, highlighting patterns or trends. Both frequency tables and data tables can be visually represented using dot or line plots, which graphically display the frequency of values, allowing for easier comparison and interpretation of the data. Thus, they serve complementary roles in data analysis and visualization.
naming a line is different from naming a ray. say for example ,if we have line AB,this is similar to line BA while ray AB is different from ray BA.
Almost any: column, bar, line, pie, scatter, pictogram.
In a line, in 6 ways. Around a table, in 2 ways.
Wrong: 1) They are not the same 2) they are similar 3) A line plot plot on the number line and a frequency table doesn't have to Answer: But they both show the data in an easy-to-read way
A line plot shows data on a number line with dots or x's to to show frequency. A frequency table is made by arranging collected data values in ascending order of magnitude with their corresponding frequencies. Both will show you the absolute frequency of any given value. And both give you a visual idea of the shape of the frequency and some intuition about outliers and things like that. You can count the number of dots or x on your line plot and create a frequency table. The difference is that one of them already has numbers counted for you. So for small numbers of data, either one will do the same job. But imagine if you have 10000000 points. You really don't want to count them using a line plot. A frequency table will tell you how often each data point occurs. However, if there are lots of values that these points can take on, the frequency table will have too many values to be of much use. The line plot will give us a good visual if there is lots of data, say 1000000 temp measurements, but we only look at the temps between 90-100 and only use integer values.
A Histogram, a line plot and a line graph.
A data table organizes raw data into rows and columns, making it easy to read and analyze. A frequency table summarizes this data by showing how often each value occurs, highlighting patterns or trends. Both frequency tables and data tables can be visually represented using dot or line plots, which graphically display the frequency of values, allowing for easier comparison and interpretation of the data. Thus, they serve complementary roles in data analysis and visualization.
naming a line is different from naming a ray. say for example ,if we have line AB,this is similar to line BA while ray AB is different from ray BA.
The line going across
Almost any: column, bar, line, pie, scatter, pictogram.
6 different ways
I dont know and idgaf lol
It will be easier to know what to write
In chemistry, a row refers to a horizontal line of elements on the periodic table that have similar chemical properties. Each row represents a period in the periodic table and elements in the same row have the same number of electron shells.
A line or phase having stable frequency and not creating any transients when ON/OFF