Acceleration Calculation Exercises

Vocabulary and contextual flashcards based on physics exercises involving acceleration, velocity, and distance calculations for various vehicles.

Golf (Task 1)

A base model car used in a calculation to find acceleration given that it goes from $0$ to $100\,\text{km/h}$ in $13.5\,\text{s}$.

Audi TT (Task 2)

A vehicle with a specified acceleration of $4.1\,\text{m/s}^2$, used to calculate final velocity after a duration of $13.5\,\text{s}$.

Passenger Plane (Task 3)

An aircraft with an acceleration of $1.7\,\text{m/s}^2$ used to determine the minimum runway length required to reach a takeoff speed of $300\,\text{km/h}$.

Takeoff Speed (Task 3)

The velocity required for an airplane to start, which is specified in the exercise as $300\,\text{km/h}$.

Racing Car (Task 4)

A vehicle reaching a speed of $100\,\text{km/h}$ with an initial acceleration of $7.5\,\text{m/s}^2$.

Distance Formula

The kinematic equation provided as help to solve the exercises: $s = \frac{1}{2} a t^2$.

Acceleration (Task 4)

The rate of change of velocity for the racing car, given as $7.5\,\text{m/s}^2$ in the first few seconds.

Velocity Units

The measurements of speed required for the results, specifically in kilometers per hour ($\text{km/h}$) and meters per second ($\text{m/s}$).