Acceleration values: -1.232.a2 = Average acceleration = 0.39094 Standard Deviation = al = Standard error = 0.21 a3-0.1528,24 -0.192.as= D. 168 = a5

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Chapter1: Units, Trigonometry. And Vectors
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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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## Physics Experiment: Measuring Acceleration and Force

### Acceleration Values:
- \( a_1 = 1.232 \)
- \( a_2 = 0.21 \)
- \( a_3 = 0.1528 \)
- \( a_4 = 0.192 \)
- \( a_5 = 0.168 \)

#### Calculated Values:
- **Average acceleration**: \( 0.39096 \)
- **Standard Deviation**: [Blank]
- **Standard Error**: [Blank]

### Experimental Setup:

#### Mass Measurement:
- **Mass of fan/cart assembly**: \( 782.0 \) grams

#### Force Calculation:
- **Formula**: \( F = ma \)
  
  Given the measured acceleration and mass, calculate the force of thrust of the fan.

### Inclined Plane Experiment:

1. **Procedure**:
   - With the fan cart operating on the same setting, raise one end of the track until the fan cart remains stationary on the incline.

2. **Measurements**:
   - **Vertical displacement (\(\Delta y\))**: \( 1.5 \)
   - **Horizontal distance (\(\Delta l\))**: \( 118 \)

3. **Trigonometric Calculation**:
   - **\(\sin(\theta)\)**: \( 5.59 \)
   - \(\theta = \frac{115}{118}\)

4. **Objective**:
   - Determine the force of thrust of the fan using the mass of the fan cart (weight) and the angle of the track.
   - If the fan is pushing up the incline, identify the force pulling down the incline.
Transcribed Image Text:## Physics Experiment: Measuring Acceleration and Force ### Acceleration Values: - \( a_1 = 1.232 \) - \( a_2 = 0.21 \) - \( a_3 = 0.1528 \) - \( a_4 = 0.192 \) - \( a_5 = 0.168 \) #### Calculated Values: - **Average acceleration**: \( 0.39096 \) - **Standard Deviation**: [Blank] - **Standard Error**: [Blank] ### Experimental Setup: #### Mass Measurement: - **Mass of fan/cart assembly**: \( 782.0 \) grams #### Force Calculation: - **Formula**: \( F = ma \) Given the measured acceleration and mass, calculate the force of thrust of the fan. ### Inclined Plane Experiment: 1. **Procedure**: - With the fan cart operating on the same setting, raise one end of the track until the fan cart remains stationary on the incline. 2. **Measurements**: - **Vertical displacement (\(\Delta y\))**: \( 1.5 \) - **Horizontal distance (\(\Delta l\))**: \( 118 \) 3. **Trigonometric Calculation**: - **\(\sin(\theta)\)**: \( 5.59 \) - \(\theta = \frac{115}{118}\) 4. **Objective**: - Determine the force of thrust of the fan using the mass of the fan cart (weight) and the angle of the track. - If the fan is pushing up the incline, identify the force pulling down the incline.
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