Debate #26: Schools should replace art and music with calculus
Weather Models Weather is more accurately predicted than ever before. Part of the
improvement is thanks to technology, such as computer modeling that uses calculus
and is able to more meticulously predict upcoming weather. These computer programs
also use types of algorithms to help assign possible weather outcomes in a region.
Much like in the computer algorithms, weather forecasts are determined by considering
many variables, such as wind speed, moisture level and temperature. Though computers
do the heavy lifting of sifting through massive amounts of data, the basics of meteorology
are grounded in differential equations, helping meteorologists determine how changes
in the temperatures and pressures in the atmosphere may indicate changes in the weather.
Improving Public Health The field of epidemiology -- the study of the spread of infectious
disease -- relies heavily on calculus. Such calculations have to take three main factors
into account: those people who are susceptible to a disease, those who are infected
with the disease and those who have already recovered from it. With these three variables,
calculus can be used to determine how far and fast a disease is spreading, where it
may have originated from and how to best treat it. Calculus is especially important in cases such as this because rates of infection
and recovery change over time, so the equations must be dynamic enough to respond
to the new models evolving every day. Architecture Calculus is used to improve the architecture not only of buildings but also of important infrastructures
such as bridges. Bridges are complex constructions because they have to be able to
support varying amounts of weight across large spaces. When designing a bridge, one
must take into account factors including weight, environmental factors and distance.
Because of this, maths such as differential calculus and integral calculus are often
used to create the most robust design. The use of calculus is also creating a change
in the way other architecture projects are designed, pushing the frontier of what
sorts of shapes can be used to create the most beautiful buildings. For example, though
many buildings have arches with perfect symmetry, calculus can be used to create archways
that are not symmetric along with other odd shapes that are still able to be structurally
sound