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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Find the % difference in the mass measured by weighing and the mass obtained using impulse and the change in velocities.
mass: 1.85 kg

Transcribed Image Text:## Data Table
This table records experimental data on the motion of a cart before and after a collision. The table includes measurements of impulse, velocity, change in momentum, and change in kinetic energy (KE) across four different runs.
### Columns:
- **Run**: Identifies each experimental run from 1 to 4.
- **Impulse (Ns)**: Measures the impulse applied to the cart in Newton-seconds.
- **Velocity of cart before collision (m/s)**: Indicates the velocity of the cart before it collides, measured in meters per second.
- **Velocity of cart after collision (m/s)**: Indicates the velocity of the cart post-collision, measured in meters per second.
- **Change in Momentum (kg·m/s)**: Shows the change in momentum of the cart, calculated in kilogram meters per second.
- **Change in KE (J)**: Displays the change in kinetic energy of the cart, in joules.
### Data:
1. **Run 1:**
- Impulse: 0.084 Ns
- Velocity before collision: -0.280 m/s
- Velocity after collision: 0.247 m/s
- Change in Momentum: 0.97495 kg·m/s
- Change in KE: -0.016 J
2. **Run 2:**
- Impulse: 0.100 Ns
- Velocity before collision: -0.351 m/s
- Velocity after collision: 0.300 m/s
- Change in Momentum: 1.20435 kg·m/s
- Change in KE: -0.0307 J
3. **Run 3:**
- Impulse: 0.087 Ns
- Velocity before collision: -0.300 m/s
- Velocity after collision: 0.266 m/s
- Change in Momentum: 1.0471 kg·m/s
- Change in KE: -0.0178 J
4. **Run 4:**
- Impulse: 0.075 Ns
- Velocity before collision: -0.260 m/s
- Velocity after collision: 0.2304 m/s
- Change in Momentum: 0.90724 kg·m/s
- Change in KE: -0.0134 J
This data allows for analysis of how
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