Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

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Pulley Lab The Graph

Transcript of Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Page 1: Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Pulley Lab

The Graph

Page 2: Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Graph1. Get a blank sheet of

graph paper

Page 3: Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Graph1. Draw the Y axis 2. Draw the X axis

Page 4: Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Graph1. Y axis 2. X axis

Page 5: Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Graph1. On the X axis, Write

the range for the dependent variable, MA.

2. The range is 1 to 6

Page 6: Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Graph1. On the Y axis, write

the range for the independent variable, EF in Newtons.

2. The range is from 1.0 N to 11.0 N

Page 7: Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Graph

1. For Pulleys 1 through 5, Plot the data points as EF and MA

Do not write this data on your graph!This data will be found on the Data Table for each Pulley. 5 MAs and 5 EFs

Page 8: Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Graph1. Plot a data point for

each pulley2. 5 pulleys, 5 data

points!

Page 9: Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Graph1. In a nonlinear

graph, lines are not drawn dot to dot through data points.

2. For our Line of Best Fit, the nonlinear graph is drawn to fit or include some but not all data points.

3. The Line of Best Fit should show the pattern described by the data

Page 10: Pulley Lab The Graph. Graph 1.Get a blank sheet of graph paper.

Graph1. Line of Best Fit is a

compromise.2. To do it well you

would have to understand what it is for.

3. Make the line VERY LIGHTLY and show it to Mr. Gussin if you are unsure.

4. Do not draw beyond the last data point.