Using Poisson distribution to predict volcanic eruptions
Mathematics Applications & Interpretation (Math AI)
IA
7
HL
Investigating Pursuit Curves in Mathematical Models
Mathematics Applications & Interpretation (Math AI)
IA
7
HL
Using Taylor’s series to match the motion of a simple pendulum as the angle of release increases.
Mathematics Applications & Interpretation (Math AI)
IA
7
HL
what is the probability of my mom answering the phone at least four times out of ten calls, considering the constraints of our respective schedules?
Mathematics Applications & Interpretation (Math AI)
IA
6
SL
To what extent does prioritizing the upper section bonus work as an effective strategy to increase scores and thus win rate in a game of Yahtzee?
Mathematics Applications & Interpretation (Math AI)
IA
6
SL
How can mathematics, particularly Voronoi diagrams, Euclidean distance, statistical analysis, and Linear Programming can be used to determine the most strategic location for a burger stall in a town?
Mathematics Applications & Interpretation (Math AI)
IA
6
HL
Investigating how varying the resting times between sprints influence my running time on a 80 metres sprint.
Mathematics Applications & Interpretation (Math AI)
IA
5
SL
What is the optimal age for a 500m short track?
Mathematics Applications & Interpretation (Math AI)
IA
6
SL
The aim of this exploration is to gather measurements about the speed and distance travelled when skating and to model the area of a speed skate boot.
Mathematics Applications & Interpretation (Math AI)
IA
5
SL
To use Voronoi diagrams to assess the distribution of emergency services within the city of Florence, Italy, and determine whether new emergency service locations are needed for optimal coverage.
Mathematics Applications & Interpretation (Math AI)
IA
5
SL