Loading exemplars...
How good are mathematical methods like counting and combinatorics at evaluating the efficiency and ergonomics of two of the most popular methods for solving the Rubik's Cube?
Mathematics Analysis and Approaches (AA)
EE
B
To what extent can Euler’s method accurately approximate the solution to the differential equation of the series RL circuit?
Mathematics Analysis and Approaches (AA)
EE
B
HL
Pro
How do the trigonometric functions, calculus derivatives, and vector analysis used in the modelling of car crash scenarios in reconstruction simulations?
Mathematics Analysis and Approaches (AA)
EE
B
Pro
How do visual representations in nature and artwork provide insights into mathematical concepts?
Mathematics Analysis and Approaches (AA)
EE
C
Pro
How can Markov Chain models be effectively utilized to analyze and predict the probabilistic transitions between different states in political conflicts, and what factors influence the stability and resolution of these conflicts?
Mathematics Analysis and Approaches (AA)
EE
B
Pro
To what extent can Geometric Brownian Motion accurately predict the stock prices of Apple?
Mathematics Analysis and Approaches (AA)
EE
B
How does modelling scoring rates as differential equations compare to the Duckworth-Lewis-Stern method in predicting run chases in rain-affected limited-overs cricket?
Mathematics Analysis and Approaches (AA)
EE
C
Pro
How do the numerical integration methods, trapezoidal rule in Newton Cote Formula and midpoint rule in Riemann’s sum compare in terms of efficiency?
Mathematics Analysis and Approaches (AA)
EE
A
Pro
Comment détermine-t-on la position, l’orientation et le mouvement de l’élément final d’un bras articulé à 6 degrés de liberté en connaissant les angles articulaires des différentes composantes du bras? (How do we determine the position, orientation and movement of the final element of a 6-degree-of-freedom articulated arm knowing the joint angles of the different components of the arm?)
Mathematics Analysis and Approaches (AA)
EE
A
Does the time needed for an alpine skier to slide down the hill increase when the path connecting the fixed initial and final points becomes longer?
Mathematics Analysis and Approaches (AA)
EE
B
HL
Pro