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table_chartForces_Practical_Results.csvCSV48KB

data_arrayData Preview

trial,force_N,mass_kg,acceleration_m_per_s2
1,1,1,1.0
2,2,1,2.1
3,3,1,2.9
4,2,2,1.0

Class results from a trolley practical about force and acceleration.

auto_awesomeAI Analysis

●The class results show a clear pattern: a bigger force made the trolley accelerate more.
●When the mass stayed the same, doubling the force roughly doubled the acceleration.
●One result is slightly uneven, which is normal in a classroom practical.
●Friction and timing errors are likely reasons why the results are not perfect.

Acceleration

acceleration = \frac{change\ in\ speed}{time}

Acceleration means how quickly speed changes.

Speed

speed = \frac{distance}{time}

Speed tells you how far something travels each second.

Simple Force Link

bigger\ force \rightarrow bigger\ acceleration

This is the main pattern shown by the trolley results.

Table 1 -- Practical Results

Lists each trial, the force used, the mass of the trolley, and the acceleration measured.

Graph -- Force and Acceleration

Shows that acceleration increases when the force increases.

Notes -- Fair Test

The mass should stay the same when testing how force affects acceleration.

This file is useful for a practical report. It gives enough evidence to write a simple conclusion: as force increases, acceleration increases. The answer should also mention that friction and timing can make results slightly uneven.