How to Make a Line Graph Eric Angat

Mass ( g) Volume ( m. L. ) Determined by Determined using the through

Experimental design H. Graphing Data How does the density line compare with the mass

1. Write the graph's title at the top of the page. Density, mass, and

2. Represents the two axes y and x -- The vertical axis is designated

2. Represents the two axes y and x Density, mass, and volume YAxis 0

3. Label each axis with the variable it represents. Like density, mass, volume, candle

2. Label each axis with the variable it represents. Density, mass, and volume YAxis

4. Identify the data range you have to include for each variable. To continue

4. Identify the data range you have to include for each variable. Density, mass,

5. Plot your data on the graph. Density, mass, and volume YAxis Volume 34

6. Plot your data on the graph. Density, mass, and volume 36 YAxis Density

7. Repeat the process if you're graphing multiple data sets. Density mass Volume Candle

8. Connect the left-most dot and the dot to its right with a straight

Density, mass, and volume 40 Volume 35 Mass 30 25 20 15 10 5

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How to Make a Line Graph Eric Angat Teacher http: //www. wikihow. com/Make-a-Line-Graph

Mass ( g) Volume ( m. L. ) Determined by Determined using the through water balance. displacement. Candle #1 Candle #2 Candle #3 Density (g/m. L. ) Mass/volume 28. 6 35 0. 82 14. 7 15 0. 98 9. 1 10 0. 91

Experimental design H. Graphing Data How does the density line compare with the mass and volume line? YAxis 0 X- ________________________________________________________ ____________________________

1. Write the graph's title at the top of the page. Density, mass, and volume

2. Represents the two axes y and x -- The vertical axis is designated the Y-axis and the horizontal as the X -axis. The place where the lines cross is called the origin or zero.

2. Represents the two axes y and x Density, mass, and volume YAxis 0 X-

3. Label each axis with the variable it represents. Like density, mass, volume, candle 1, candle 2, and candle 3.

2. Label each axis with the variable it represents. Density, mass, and volume YAxis density mass volume 0 Candle 1 Candle 2 Candle 3 X-

4. Identify the data range you have to include for each variable. To continue with the given variables , you'd select a range that is large enough to include the highest and lowest data you plan to graph. Data range can by 0. 5, 1, 2, 3 or at any uniform intervals.

4. Identify the data range you have to include for each variable. Density, mass, and volume YAxis density mass volume 0 Candle 1 Candle 2 Candle 3 X-

5. Plot your data on the graph. Density, mass, and volume YAxis Volume 34 Use interval of 2, that means each line in the Y axis is equal to 2. Volume Density 0 4 2 Candle 1 Candle 2 Candle 3 X-

6. Plot your data on the graph. Density, mass, and volume 36 YAxis Density 28 30 mass Volume 0 2 0. 98 Candle 1 Candle 2 Candle 3 X-

7. Repeat the process if you're graphing multiple data sets. Density mass Volume Candle 1 Candle 2 Candle 3 Dots on candle 2 and 3 are not accurately plotted. Please do it yourself.

8. Connect the left-most dot and the dot to its right with a straight line. Dots on candle 2 and 3 are not accurately plotted. Please do it yourself. Density mass Volume Candle 1 Candle 2 Candle 3

Experimental design H. Graphing Data How does the density line compare with the mass and volume line? YAxis 0 X- ________________________________________________________ ____________________________

Density, mass, and volume 40 Volume 35 Mass 30 25 20 15 10 5 Density 0 Candle 1 #1 Candle 2 Candle #2 Candle 3 Candle #3