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Suspended Mass (kg) Weight of Suspended Mass (mass x 9.8 m/s2), Newtons Time (sec) Average Time...

Suspended Mass (kg)

Weight of Suspended Mass (mass x 9.8 m/s2), Newtons

Time (sec)

Average Time

Average Time2

d (m)

2d (m)

Acceleration = 2d/t2

3 Washers

0.0143

0.14N

Trial 1:

1.76

1.84 s

0.34 m/s2

0.6m

1.2m

0.35 m/s2

Trial 2:

1.86

Trial 3:

1.90

4 Washers

0.0191

0.19N

Trial 1:

1.50

1.1 s

1.21 s2

0.6m

1.2m

0.99 m/s2

Trial 2:

1.50

Trial 3:

1.45

5 Washers

0.025

0.25N

Trial 1:

1.23

1.23 s

1.51 s2

0.6m

1.2m

0.79 m/s2

Trial 2:

1.25

Trial 3:

1.13

6 Washers

0.03

0.29N

Trial 1:

1.13

1.12s

1.25 m/s2

0.6m

1.2m

0.96 m/s2

Trial 2:

1.13

Trial 3:

1.09

7 Washers

0.051

0.34N

Trial 1:

1.03

1.07s

1.14m/s2

0.6m

1.2m

1.05 m/s2

Trial 2:

1.10

Trial 3:

1.09

Mass of the system

Slope of the Line (kg)

I am trying to find the Mass of the System and the Slope of the Line from the data I put into the table, but I'm having trouble with the equation.

*It is already in column form, I can't change it.

Solutions

Expert Solution

Please plot using points and the plotting app will give you slope of" best fit line ". Force (y-axis) vs acceleration (x-axis) will give you slope .. Which will also be mass of system as force =mass *accln. Just place points (.35,.14),(.545,.19)....

genius_generous answered 1 year ago
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