A
Modest Proposal The
only science in presidential elections seems to be
political science. And when it comes to mathematics,
the most important numbers to the candidates may be
the results of public opinion polls.
That's not
the way it should be, according to mathematics professor,
author, and columnist John Allen Paulos, who raises
a serious question:
How much science and math should the next president
of the United States know?
In his "Who's
Counting?" column for ABCNEWS.com, Temple University
mathematician John Allen Paulos recently took a cue
from the network television show Who Wants to Be
a Millionaire? He challenged this year's presidential
candidates to play a round of "Who Wants to Be a Scientifically
Literate President?"
"Nobody
expects (them) to calculate quantum wave functions
or spout out pi to 50 digits," Paulos wrote in his
column, "but reasonable answers to a few elementary
questions on mathematics and science would nevertheless
be reassuring."
The
topics Paulos throws at the candidates in this imaginary
competition range from percentages and medians to
earthquake science and distances in outer space. You'll
find some of the questions in the table below.
Question
Answer
A
crucial number to know is the population of
the country you want to be president of. What
is the approximate population of the United
States? The world? What percentage of the
latter is the former?
A
bit more than 270 million. Just more than
6 billion. A little less than 5 percent.
You're
campaigning in a Midwestern community where
the mean price of a house is $400,000 and
the median price is $50,000. What does this
say about the distribution of house prices
here? If (someone) builds a $10 million dollar
mansion in the community, which goes up more,
the mean or the median value of the houses?
From
the definition of "median," half the houses
cost less than $50,000, so there are some
very expensive houses. These houses, like
the $10 million mansion, raise the average
value much more than the median value.
Biotechnology
breakthroughs are much in the news recently.
What is the shape of the DNA molecule. Very
roughly how does it function as a code?
A
double helix, or a pair of winding staircases.
Each "step" along the helical staircase is
a pair of chemical compounds called nucleotides.
There are only four nucleotides, usually symbolized
by A, G, T and C, and most of the many different
sequences of these four compounds are coded
instructions for the making of different proteins.
Source:
"Who Wants to Be a Science-Savvy President?,"
by John Allen Paulos, ABCNEWS.com
What
science and math questions do you think the next
president should be able to answer and why?
Some
past presidents of the United States have
become known for their background in math
and science or for their commitment to scientific
programs.
Thomas
Jefferson served as the third president from 1802-1809,
authored the Declaration of Independence, and founded
the University of Virginia. But he was also an architect,
who designed his home Monticello, in Virginia, and
much of the University of Virginia campus in nearby
Charlottesville. Take an interactive tour of Jefferson's
architectural contributions to the university.
John
F. Kennedy helped launch the United States
space program during his shortened term in office
from 1961-1963. Besides presiding over America's
first manned flights in the Project Mercury program,
Kennedy set the United States on a course to land
astronauts on the moon by the end of the decade.
Hear part
of his speech. (Requires QuickTIme. Download
now.)
Jimmy
Carter, in office from 1977-1981, departed
from the tradition of many American presidents
who had graduated from law school. Carter received
a Bachelor of Science degree from the U.S. Naval
Academy. He did graduate work in nuclear physics
and worked in the Navy's nuclear submarine program.
Getting
Advice
The Carter administration was the first to have the
full benefit of the Office
of Science and Technology Policy (OSTP), which
came into existence in 1976. The members of this office,
located in the White House, advise the sitting president
on science and technology questions. Among the issues
the OSTP has addressed during the past year of the
Clinton administration:
Technological
innovation in the new millennium
Higher
efficiency automobiles
International
climate change, including global warming
The
Human Genome Projectthe international effort
to map and sequence the roughly 100,000 genes
that make up the human genetic code
Learn
More
The candidates taking the "Who Wants to Be a Scientifically
Literate President?" quiz could have prepared themselves
with some Riverdeep activities.
Get
a grip on medians in the Defining
the Mean and Median activity in Destination
MATH's Mastering Skills and Concepts: Course V.
Check
out the Biology Explorer activity The
Genetic Code to explore how this code is organized.
In April,
John Allen Paulos answered questions in the Riverdeep.net
Webcast "Speaking of Numbers."
Related
Resources
For a primer on how mathematics enters our everyday
lives, check Dr. Paulos's books: