From activity's two results , does this verify Newton's second law? Explain your response ### Table 4.2: Force and AccelerationThis table examines the relationship between force and acceleration through a series of trials. The columns represent different variables measured during the experiment:- **Mass on the Hanger (kg):** - 0.0168 - 0.0148 - 0.0188 - 0.0288 - 0.0388- **Net Force on the System (N):** - 0.1058 - 0.1450 - 0.1842 - 0.2822 - 0.3802- **Acceleration Trial 1 (m/s²):** - 0.2097 - 0.4107 - 0.5132 - 0.8135 - 1.708- **Acceleration Trial 2 (m/s²):** - 0.3677 - 0.4148 - 0.5493 - 0.8254 - 1.725- **Acceleration Trial 3 (m/s²):** - 0.3658 - 0.4054 - 0.5524 - 0.8132 - 1.809- **Average Acceleration (m/s²):** - 0.3012 - 0.4103 - 0.5443 - 0.8237 - 1.747#### Notes:- The total mass of the system is calculated as 3.453 kg.- The formula used for calculating acceleration is \( a = \frac{\text{F}_{\text{net}}}{\text{mass}} \).- The table provides insight into how different masses and forces affect the acceleration of a system, illustrating Newton's Second Law of Motion.

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rom activity's two results , does this verify Newton's second law? Explain your respons

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

From activity's two results , does this verify Newton's second law? Explain your response

### Table 4.2: Force and Acceleration

This table examines the relationship between force and acceleration through a series of trials. The columns represent different variables measured during the experiment:

- **Mass on the Hanger (kg):**
- 0.0168
- 0.0148
- 0.0188
- 0.0288
- 0.0388

- **Net Force on the System (N):**
- 0.1058
- 0.1450
- 0.1842
- 0.2822
- 0.3802

- **Acceleration Trial 1 (m/s²):**
- 0.2097
- 0.4107
- 0.5132
- 0.8135
- 1.708

- **Acceleration Trial 2 (m/s²):**
- 0.3677
- 0.4148
- 0.5493
- 0.8254
- 1.725

- **Acceleration Trial 3 (m/s²):**
- 0.3658
- 0.4054
- 0.5524
- 0.8132
- 1.809

- **Average Acceleration (m/s²):**
- 0.3012
- 0.4103
- 0.5443
- 0.8237
- 1.747

#### Notes:
- The total mass of the system is calculated as 3.453 kg.
- The formula used for calculating acceleration is \( a = \frac{\text{F}_{\text{net}}}{\text{mass}} \).
- The table provides insight into how different masses and forces affect the acceleration of a system, illustrating Newton's Second Law of Motion.

Expert Solution

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Given:-

A table of the mass and applied force on the object is given

The total mass of the system is m - 0.33 kg

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