last change August 16, 2017

Tom Kunkle

Department of Mathematics
College of Charleston

Contact information

k u n k l e t at c o f c dot e d u

(843) 953-5921 (office)
(843) 953-1410 (fax)

Mailing address for US Postal Service:
Mathematics Department
Robert Scott Small, Room 339
College of Charleston
Charleston, SC 29424

Mailing address for private couriers:
Mathematics Department
Robert Scott Small, Room 339
175 Calhoun Street
Charleston, SC 29401-3519

Office: RS Small, Room 327

RS Small is the big pink building opposite Maybank Hall on the Cougar Mall. It is item 23 on the campus map.

Fall 2017 Teaching Schedule

MATH 111, MATH 221

Fall 2017 Office Hours

M 9-10am, W 10-10:55am, R 12:15-1:15, F 1-2pm, or by appointment.

Class Materials

Syllabus for MATH 101, Maymester 2014

Syllabus for MATH 103, Maymester 2007

Syllabus for MATH 104, Spring 2008

Syllabus for MATH 111, Spring 2017

Syllabus for MATH 120, Fall 2016

Syllabus for MATH 203, Fall 2014

Syllabus for MATH 220, Spring 2017

Syllabus for MATH 221, Spring 2015

YouTube Videos (MATH 101 College Algebra)

Interest (MATH 103 Contemporary Mathematics with Applications)

The graphs of rational power functions (MATH 111 Precalculus)

Additional homework problems for Zill. (MATH 111 Precalculus)

Complex Arithmetic. (MATH 111 Precalculus)

Expanding Binomials with Pascal's Triangle. (MATH 111 Precalculus)

Writing Subspace Proofs (MATH 203 Linear Algebra)

Euler's Formula (MATH 220 Calculus II)

Additional homework problems for Stewart. (MATH 220 Calculus II)

Additional homework problems for Fridy. (MATH 311&411 Advanced Calculus I&II)


Flat extension and ideal projection, submitted. Or, read the poster,

More on Favard interpolation from subsets of a rectangular lattice, Jaen J. Approx., 7 (2015) 177-201.

Favard interpolation from subsets of a rectangular lattice, J. Approx. Theory, 163 (2011) 1465-1477.

Favard's interpolation problem in one or more variables, Const. Approx., 18 (2002) 467-478.

Characterizations of multivariate differences and associated exponential splines, J. Approx. Theory, 105 (2000) 19-48.

Exponential box-like splines on nonuniform grids, Const. Approx., 15 (1999) 311-336.

Multivariate differences, polynomials, and splines, J. Approx. Theory, 84 (1996) 290-314.

Box-like splines with nonuniform stepsize, in ``Approximation Theory VIII, Vol.\ 1: Approximation and Interpolation,'' C.K. Chui and L.L Schumaker, eds., World Scientific Publishing Co., 1995, 303-308.

Using quasi-interpolants in a result of Favard, in ``Approximation and Computation,'' R.V.M. Zahar, ed., ISNM 119, Birkh\"auser Verlag, Basel-Boston-Berlin, 1994, 353-357.

Rearrangements of conditionally integrable functions, in ``Approximation, Probability, and Related Fields,'' G. Anastassiou and S.T. Rachev, eds., Plenum Press, 1994.

Lagrange interpolation on a lattice: bounding derivatives by divided differences, J. Approx. Theory 71 (1992), 94-103.


with Dinesh Sarvate: Balanced part ternary designs: some new results, J. Combin. Math. Combin. Comput., 22 (1996), 3-11.

with Dinesh Sarvate: Balanced (Part) Ternary Designs, in ``Handbook of Combinatorial Designs,'' J. Dinitz, C. J. Colbourn, ed.s, CRC Press, Boca Raton, 1996, pp. 233-238.

with Dinesh Sarvate: On ternary designs with a specified number of blocks with repeated elements, Ars Combin., 40 (1995), 129-142.

with Jennifer Seberry: A few more small defining sets for SBIBD(4t-1, 2t-1, t-1), Bull. Inst. Combin. Appl., 12 (1994), 61-64.

JAT 163

CA 15

JAT 84

miscellaneous links