5.2.6	Area

Integration by Geometric InsightÑA Student's Approach, Ann D. Holley, 12:4, 1981, 268-270, C, 5.3.1, 5.3.2
Area of a Parabolic Region, R. Rozen and  A. Sofo, 16:5, 1985, 400-402, C, 0.5
The Surveyor's Area Formula, Bart Braden, 17:4, 1986, 326-337, 4.2, 5.2.8
Annuities as Areas, Kurt W. Riemann, 18:1, 1987, 45-47, C
A Direct Proof of the Integral Formula for Arctangent, Arnold J. Insel, 20:3, 1989, 235-237, C, 5.1.2, 5.2.3
Exploring the Volume-Surface Area Relationship, Keith A. Struss, 21:1, 1990, 40-43, C, 5.2.7
Relations between Surface Area and Volume in Lakes, Daniel Cass and Gerald Wildenberg, 21:5, 1990, 384, 5.2.7
FFF #99. Polar Increment of Area, Peter Jarvis and Paul Schuette, 27:2, 1996, 117, F, 5.6.1	
Things I Have Learned at the AP Reading, Dan Kennedy, 30:5, 1999, 346-355, 0.2, 5.1.1, 5.1.2, 5.2.1, 5.4.2, 6.1
Do Most Cubic Graphs Have Two Turning Points?, Robert Fakler, 30:5, 1999, 367-369, 0.7, 7.2
Sequences of Chords and of Parabolic Segments Enclosing Proportional Areas, Timothy Feeman and Osvaldo Marrero, 31:5, 2000, 379-382, 5.2.8, 9.5
Conceptions of Area: In Students and in History, Bronislaw Czarnocha, Ed Dubinsky, Sergio Loch, Vrunda Prabhu, and Draga Vidakovic, 32:2, 2001, 99-109, 1.1
The Parable of the Lucky Student?, Vince Matsko, 33:3, 2002, 230-232, C, 5.7.1
Solids in Rn Whose Area Is the Derivative of the Volume, Michael Dorff and Leon Hall, 34:5, 2003, 350-358, 5.2.7
Possibly pathological polynomials, James Colin Hill, Eric J. Malm, John Nord, and Gail Nord, 36:3, 2005, 222-223, F, 5.6.1  (see also Seymour Haber, J. Colin Hill, Daniel Lichtbau, and Daniel E. Loeb, 37:3, 2006, 216-217, F)
Symmetry at Infinity, Richard Winton, 36:3, 2005, 228-231, C
How Do You Slice The Bread?, James Colin Hill, Gail Nord, Eric Malm and John Nord, 36:4, 2005, 323-326, C, 5.2.8
Centers of the United States, David Richeson, 36:5, 2005, 366-373, 5.2.8
Can You Paint a Can of Paint?, Robert M. Gethner, 36:5, 2005, 400-402, C, 5.2.7
A Paradoxical Paint Pail, Mark Lynch, 36:5, 2005, 402-404, C, 5.2.7, 9.5
ArchimedesÕ Quadrature of the Parabola: A Mechanical View, Thomas J. Osler, 37:1, 2006, 24-28, 0.5
Doublecakes: An Archimedean Ratio Extended, Vera L. X. Figueiredo, Margarida P. Mello, and Sandra A. Santos, 38:2, 2007, 135-138, C, 5.2.7, 5.6.2
Pairs of Equal Surface Functions, Daniel Cass and Gerald Wildenberg, 30:1, 2008, 51-54, C, 5.6.2, 9.8