Solving A-Level Physics Equation: Calculate Acceleration, Initial/Final Velocity

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SUMMARY

The discussion focuses on calculating acceleration, initial velocity, and final velocity in an A-Level Physics experiment involving an air track. The user provided mass intervals ranging from 20g to 200g and average times for each mass, along with a distance of 0.89m between two light gates and a vehicle mass of 410g. To determine the acceleration, the user can apply Newton's second law (F=ma) and kinematic equations. The force acting on the vehicle can be calculated using the total mass and acceleration derived from the time measurements.

PREREQUISITES
  • Understanding of Newton's second law (F=ma)
  • Familiarity with kinematic equations
  • Basic knowledge of measuring time and distance in physics experiments
  • Ability to perform calculations with mass and acceleration
NEXT STEPS
  • Calculate acceleration using the formula: a = (final velocity - initial velocity) / time
  • Learn how to apply kinematic equations to solve for final velocity
  • Explore the concept of force and its relation to mass and acceleration
  • Investigate the impact of varying mass on acceleration in physics experiments
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A-Level Physics students, educators teaching physics concepts, and anyone conducting experiments related to motion and forces.

Joeirvin
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I am studying A Level Physics, and for a piece of coursework i conducted an experiment using an air track. It involved using masses on a piece of string to pull a vehicle. I had two light gates set up to measure the time from a to b, however the first light gate was not set so that the initial velocity was zero..

Could anyone give me an equation to work out either, acceleration, initial velocity, or final velocity?

The masses go at intervals as follows, these are in grams..
20
40
60
80
100
120
140
160
180
200

The average time for each of these is shown below (the same order as above) all of these are in seconds..

1.772
1.004
0.82
0.616
0.54
0.508
0.472
0.45
0.436
0.414


The distance between the two gates is 0.89m and the mass of the vehicle is 410grams


Any help would be great thanks.
 
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What force will be acting on the vehicle? Once you know the force you can work out the acceleration and use the kinematic equations.
 

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