Description
Cover sheet (front page)
- title of Lab
- class/ section
- Your Name
- Professor's Name
Introduction (next page)
- Summary in your own words of the Theory/Introduction of Lab
Data (If you have the Lab manual, you may hand-write answers as long as they are legible)
- chart/ table/ excel spreadsheet
- calculations (if any)
Analysis
- Questions (either type the answers in complete sentences or type the Question with the answer below it)
Conclusion
-Summary
Answer pre lab question
Unformatted Attachment Preview
Explanation & Answer
Here is table with T theo. done with it buddy thanks.
The Pendulum- Approximate simple harmonic Mtion.
- class/ section
- Your Name
- Professor's Name
Introduction
The theory of this experiment is about the principle of simple harmonic motion. The aim is how
the relationship of the length, mass and period are relates to each with other factors that effects on it like
acc. Due to the gravity and the angle of the pendulum.
This theory focus on the movement of the mass in one dimension if its displacement x is relative
to the sine and cosine function. And about this force is directly proportional to the magnitude of the
displacement toward the equilibrium state.
𝐹 = −𝑘𝑥
On period is determined b its mass M ad its constant k.
𝑀
𝑇 = 2𝜋√
𝑘
This experiment is about to demonstrate that is based on theory and has result to be nearly exact
on what is the principle value.
Data
L(m)
∆𝑡1 (𝑠)
∆𝑡2 (𝑠)
∆𝑡3 (𝑠)
∆𝑡̅(𝑠)
∝𝑡 𝑡1 (𝑠)
1.0000
19.85
19.45
20.0
19.76
0.28443
0.8000
17.42
18.69
17.91
17.67
0.6405
0.6000
15.12
15.82
15.58
15.51
0.2054
0.5000
14.32
14.05
14.69
14.35
0.1855
0.3000
13.54
10.38
11.21
11.71
.9401
0.2000
8.47
8.8
8.66
8.6433
0.09567
0.1000
6.49
6.51
6.55
slope
13.78
gexp
L=1.0000
Step1 Mean (19.85 19.45 20.0)/3 =19.7667
Step 2: Create the following table.
data
data-mean
(data - mean)2
19.85
0.0833
0.00693889
19.45
-0.3167
0.100298...
Review
Review
