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Conservation Of Linear Momentum For A Jet Generates On Hemispherical, Flat, And Conical Surfaces Essay

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Conservation of Linear Momentum
Name
Institution

Table of contents
Objective 2
Results and Graphs 2
Discussion 3
Summary and Conclusion 3
References 4
Data Sheet 4
Sample Calculations 6

Conservation of Linear Momentum
Objective
The primary goal of this experiment was to study the force that a jet generates on hemispherical, flat, and conical surfaces. Further, the experiment exposed students to the concept of linear momentum conservation by observing forces that a jet of water exerts on objects with different shapes.
Results and Graphs Figure 1: Forces Acting on the x and y axis
As can be seen, the forces that act on the x-direction are caused by pressure at sections 1 and 2. Similarly, an expression that relates the conservation of linear momentum in the Y- direction can be developed.
Discussion
Although the experiment was successful, some errors occurred during the experiment that made most values to deviate from the expected ones. Generally, both fixed and random errors were observed (Mitchell & Worledge, 2015). The random errors, in this case, resulted into statistical fluctuations in the measured data because of the limitations in precision measurement. Additionally, the random errors occurred due to inability to take the same measurements as the expected ones. Furthermore, fixed errors were responsible for reduced inaccuracies in the values obtained (Valiani & Caleffi, 2011). However, the best way to minimize random errors is by averaging

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