Data is provided for the distance fallen and average time for large ball and small ball. 1. Calculate time squared and gravity and complete the table provided for large and small ball. 2. Convert mass in kg for large and small ball| and write down in the space provided. 3. Write down the correct units for time squared and gravity in the space provided for the units in the table. 4. Make a graph Distance fallen vs time squared for the large ball. Calculate the slope of the line and enter your answer in the space provided below.

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My question is how do I find the slope? 

Lab 2 Freefall Lab
Student's Name:
Data is provided for the distance fallen and average time for large ball
and small ball.
1. Calculate time squared and gravity and complete the table provided for
large and small ball.
| 2. Convert mass in kg for large and small ball| and write down in the space provided.
3. Write down the correct units for time squared and gravity in the space provided for the units in
the table.
4. Make a graph Distance fallen vs time squared for the large ball. Calculate the slope of the
line and enter your answer in the space provided below.
Formula to use: Gravity g = 2x distance fallen / time squared. (g = 2d/ t 2)
Mass of Large Ball: 16g = .016 kg
Distance Fallen Average Time
Time Squared Gravity (g)
Units:
Units: m
Units: sec
Units:
0.9 1.8
0.4243
.1800
10
0.8 1.6
0.7 1.4
0.4041
.1633
9.7979
0.3779
.1428
9.8039
0.6 1.2
0.3499
0.1224
9.8039
0.5 1
0.3194
.1020
9.8039
0.4 0.8
0.2857
.0816
9.8039
SLOPE:
(answer with correct units)
Question : What does the slope physically represent?
Transcribed Image Text:Lab 2 Freefall Lab Student's Name: Data is provided for the distance fallen and average time for large ball and small ball. 1. Calculate time squared and gravity and complete the table provided for large and small ball. | 2. Convert mass in kg for large and small ball| and write down in the space provided. 3. Write down the correct units for time squared and gravity in the space provided for the units in the table. 4. Make a graph Distance fallen vs time squared for the large ball. Calculate the slope of the line and enter your answer in the space provided below. Formula to use: Gravity g = 2x distance fallen / time squared. (g = 2d/ t 2) Mass of Large Ball: 16g = .016 kg Distance Fallen Average Time Time Squared Gravity (g) Units: Units: m Units: sec Units: 0.9 1.8 0.4243 .1800 10 0.8 1.6 0.7 1.4 0.4041 .1633 9.7979 0.3779 .1428 9.8039 0.6 1.2 0.3499 0.1224 9.8039 0.5 1 0.3194 .1020 9.8039 0.4 0.8 0.2857 .0816 9.8039 SLOPE: (answer with correct units) Question : What does the slope physically represent?
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