You can draw a line graph if you have
-- the slope of the line and one point on the line
OR
-- two points on the line
Graphs are pictures that help us understand amounts. These amounts are called data. There are many kinds of graphs, each having special parts. A circle graph is shaped like a circle. It is divided into fractions that look like pieces of pie, so sometimes a circle graph is called a pie graph. Many times the fractional parts are different colors and a key explains the colors. A bar graph uses bars to show data. The bars can be vertical (up and down), or horizontal (across). The data can be in words or numbers. A picture graph uses pictures or symbols to show data. One picture often stands for more than one vote so a key is necessary to understand the symbols. A histogram is a special kind of bar graph. The data must be shown as numbers in order. A line graph shows points plotted on a graph. The points are then connected to form a line.
Hard to quantify partial iconsIcons must be of consistent sizeBest for only 2-6 categoriesVery simplisticNot as visually appealingBest for under 50 data valuesNeeds small range of dataNo exact numerical dataHard to compare 2 data setssome disadvantages u can find, can use only with discrete data n also the graph categories can be reordered to emphasize some effects over that
To make an appropriate display, you must put the numbers on the side,the title above it,and the words underneath to describe what you are showing.For example,if it was weeks you would put ''weeks'' to show that you are describing the weeks.
To make a data table you must make a chart with how ever many columns you are going to need and then fill out your information.
That is not true. It is possible for a data set to have a coefficient of determination to be 0.5 and none of the points to lies on the regression line.
Well first you must have a sufisticated math problem worth plotting on a graph... Then you must carefully make a graph on a clean, sanitized piece of graph paper that is at least 8 in. by 11 in. Then you must expertly place the points of data where they are required... Then you acquire a moist ruler... Then you start your trend line where the set of carefully graphed data start/ends or meets the edges of your graph and draw a straight, clean line with a #2 pencil through your data...
No, the best fit line need not go through any data point on a graph.
False
The scale can be anything that you choose - but you must give it with the graph.
A best fit graph to some data is exactly that: it is a line which fits the data best according to some optimality criterion. There is a always a trade off in fitting a line to data: one can change the number of degrees of freedom of the underlying equation, which affects how close the line can get to the data points. With more degrees of freedom, the line can more closely approximate the data. This is not to say that more degrees of freedom are better: with too many degrees of freedom, one is merely fitting to the noise in the measurement of the data, and the line will predict subsequent data poorly, when both interpolating and extrapolating the existing data. This is an example of Occam's Razor: one must pick the simplest model which adequately fits the data.
The data range must fit within the range of the axis.The data range must fit within the range of the axis.The data range must fit within the range of the axis.The data range must fit within the range of the axis.
All the data collated must add up to 100% in a circle graph or a pie chart
The information must be given on the axis label or in the title of the graph.
I would suggest to put it in graph form.
The graph must be a straight line, and it must pass through the origin.
title, lable, data
120?