Using Excel to make a plot of the Position vs Time given in the following table. The dependent variable is the position (y-axis) and the independent variable is the time (x-axis). This is the measured position of a rock as it falls from the top of a very high cliff and obeys the equations y = 1/2gt2. Make sure you label the plot properly. Label the plot and the plot axes with the appropriate labels. Measurement Time (s) Position (m) 1 0 0 2 1 5 3 2 21 4 3 46 5 4 82 6 5 129 7 6 185 8 7 252 9 8 330 10 9 417 Right click on a data point in the graph and add a “Trend line.” Select a polynomial of order 2. This is a parabolic equation and describes an object falling under constant acceleration. Also check the box that says ‘Display equation on the graph.” Since the acceleration of gravity is 2 times the coefficient of the x2 term, what do you find for the acceleration of gravity. Copy and paste your graph in the given space below. (50 points) Coefficient of the x2 Term = ____________________ ( 5 points) Calculate the acceleration due to gravity (g) using your equation (do not forget the units) ( 15 points) “g” = ____________________ Working with shapes. (30 points) Follow the instructions carefully and the draw the figure in the given space at the end of the instructions. Select the tab “Insert>Shapes” in Microsoft office word Select a black arrow (with arrow tip) and draw it vertically in the center of this page 2 to 4 inches tall. Don’t be tempted to make it fancy. Just a plain black arrow will do. Select a second black arrow (with arrow tip) and draw it horizontally centered on the first arrow so that it looks like a coordinate system. Select a circle and draw it centered on the coordinate system about 1 inch in diameter. Select a box and draw it centered on the circle with the circle fully contained in it. Add a text box and type “I did it” in the text box. Adjust the size so it can be read. You may have to select each object and move to get the desired figure.

Using Excel to make a plot of the Position vs Time given in the following table. The dependent variable is the position (y-axis) and the independent variable is the time (x-axis). This is the measured position of a rock as it falls from the top of a very high cliff and obeys the equations y = 1/2gt2. Make sure you label the plot properly. Label the plot and the plot axes with the appropriate labels. Measurement Time (s) Position (m) 1 0 0 2 1 5 3 2 21 4 3 46 5 4 82 6 5 129 7 6 185 8 7 252 9 8 330 10 9 417 Right click on a data point in the graph and add a “Trend line.” Select a polynomial of order 2. This is a parabolic equation and describes an object falling under constant acceleration. Also check the box that says ‘Display equation on the graph.” Since the acceleration of gravity is 2 times the coefficient of the x2 term, what do you find for the acceleration of gravity. Copy and paste your graph in the given space below. (50 points) Coefficient of the x2 Term = ( 5 points) Calculate the acceleration due to gravity (g) using your equation (do not forget the units) ( 15 points) “g” = Working with shapes. (30 points) Follow the instructions carefully and the draw the figure in the given space at the end of the instructions. Select the tab “Insert>Shapes” in Microsoft office word Select a black arrow (with arrow tip) and draw it vertically in the center of this page 2 to 4 inches tall. Don’t be tempted to make it fancy. Just a plain black arrow will do. Select a second black arrow (with arrow tip) and draw it horizontally centered on the first arrow so that it looks like a coordinate system. Select a circle and draw it centered on the coordinate system about 1 inch in diameter. Select a box and draw it centered on the circle with the circle fully contained in it. Add a text box and type “I did it” in the text box. Adjust the size so it can be read. You may have to select each object and move to get the desired figure.

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Using Excel to make a plot of the Position vs Time given in the following table. The dependent variable is the position (y-axis) and the independent variable is the time (x-axis). This is the measured position of a rock as it falls from the top of a very high cliff and obeys the equations y = 1/2gt2. Make sure you label the plot properly. Label the plot and the plot axes with the appropriate labels.

Measurement	Time (s)	Position (m)
1	0	0
2	1	5
3	2	21
4	3	46
5	4	82
6	5	129
7	6	185
8	7	252
9	8	330
10	9	417

Right click on a data point in the graph and add a “Trend line.” Select a polynomial of order 2. This is a parabolic equation and describes an object falling under constant acceleration. Also check the box that says ‘Display equation on the graph.” Since the acceleration of gravity is 2 times the coefficient of the x2 term, what do you find for the acceleration of gravity. Copy and paste your graph in the given space below. (50 points)

Coefficient of the x2 Term = ____________________ ( 5 points)

Calculate the acceleration due to gravity (g) using your equation (do not forget the units) ( 15 points)

“g” = ____________________

Working with shapes. (30 points)

Follow the instructions carefully and the draw the figure in the given space at the end of the

instructions.

Select the tab “Insert>Shapes” in Microsoft office word
Select a black arrow (with arrow tip) and draw it vertically in the center of this page 2 to 4 inches tall. Don’t be tempted to make it fancy. Just a plain black arrow will do.
Select a second black arrow (with arrow tip) and draw it horizontally centered on the first arrow so that it looks like a coordinate system.
Select a circle and draw it centered on the coordinate system about 1 inch in diameter.
Select a box and draw it centered on the circle with the circle fully contained in it.
Add a text box and type “I did it” in the text box. Adjust the size so it can be read. You may have to select each object and move to get the desired figure.

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