standard deviation? standard error? ## 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.

Name: standard deviation? standard error? ## Physics Experiment: Measuring A
Uploaded: 2024-03-05T11:56:34.000Z
Channel: Bartleby
Description: standard deviation? standard error? ## 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 accel