Scatter plot
-2x + y = 5 is a line and can have an infinite number of answers.if x=0 then y=5if x=1 then y=7If you graph these two points then draw a line through them you will have a graph of the points made of pairs of numbers that would make this statement true.
Its called a line graph
A simple method of averaging results is to draw a straight line graph and determine its slope and intercept. Every 'point' plotted on the graph has two coordinates. Since each coordinate is obtained as a result of some measurement you've made, it'll have a corresponding "uncertainity". The scale chosen for the axes of the graph must be such that these uncertainities can be shown as an 'error bar' on the graph. Each 'point' in general have an error bar parallel to the x-axis and y-axis. The scales chosen for axes must show up the smallest error bar associated with the particular points. If the scale becomes too small, the error bars will shrink to points and the accuracy of the measurements will be wasted. On the other hand, if the scale is too large, the error will be larger and the scattered points will make the graph confusing. The importance of drawing a graph in an experiment is to give a geometric representation about a data set which was taken, which will be well clear than a table of data.
I remember it this way:X is a cross because it goes across,Y is a y because it points to the sky!http://www.business-analysis-made-easy.com/image-files/xy-axis.gif
It is Discrete Graph .
Scatter plot
Brunei
true
pie graph I suggest the best graph to show percentage is a circle graph because bar graphs are for numbers and lnie is way off. Pie graphs are made for percentage.
Solids made of atoms
the bar graph was made to help organize information
1. PICTORIAL GRAPHS. These are the kind found in mathematics and physics textbooks. Their purpose is to simply and clearly illustrate a mathematical relation. No attempt is made to show data points or errors on such a graph.2. DISPLAY GRAPHS. These present the data from an experiment. They are found in laboratory reports, research journals, and sometimes in textbooks. They show the data points as well as a smooth line representing the mathematical relation.3. COMPUTATIONAL GRAPHS. These are drawn for the purpose of extracting a numerical result from the data. An example is the calculation of the slope of a straight line graph, or its intercepts.
-2x + y = 5 is a line and can have an infinite number of answers.if x=0 then y=5if x=1 then y=7If you graph these two points then draw a line through them you will have a graph of the points made of pairs of numbers that would make this statement true.
You mean graft, not graph. Grafting is done to enable the resulting plant to benefit from the rootstock's good points and the scion's good points. Usually the new plant is better in important respects than either of the plants it was made from.
to tell them why you made this graph
iron