| Thread | Last Post | Replies |
|
| Re: Is Geometry the first Inspirational Math class? | 29 Apr 2009 20:58 GMT | 2 |
On the contrary, I think geometry is a repugnant subject. I was first interested in mathematics when I learned of a girl who kept on skipping grade in my school. THat makes me feel stupid - why can a little girl be smarter than be? So I started using the textbooks from the public ...
|
| Solution manuals for affordable prices | 29 Apr 2009 00:57 GMT | 1 |
contact me at solutionbuy[at]gmail.com for any solution manuals listed below. Analysis- With an Introduction to Proof, 4-E-Instructors SM Instructors Solution Manual Gas Dynamics John & Keith
|
| A Plethora of Polyhedra | 26 Apr 2009 05:33 GMT | 3 |
Our local group has developed a free JAVA applet that helps users to study spatial geometry in a dynamic and interactive way. Using it, the user can rotate, zoom out, zoom in and translate a plethora of polyhedra. Moreover, the program is able to compute topological and
|
| JSH: Pell's Equation, factoring, and two way method | 23 Apr 2009 15:39 GMT | 25 |
I will admit I've been a bit puzzled by recent false claims about my latest research linking Pell's Equation to a discrete ellipse and in so doing to integer factorization. I've heard of academic jealousy but what's going on here is almost beyond belief.
|
| please help me with my homework. | 21 Apr 2009 22:06 GMT | 1 |
I have 2 similar triangles. JKL is similar PQR. PQR= QR=x RP=84
|
| Engineering Mechanics: Dynamics, 5th Edition needed solution manual | 21 Apr 2009 06:55 GMT | 3 |
i want Engineering Mechanics: Dynamics, 5th Edition solutions manual.
|
| Path integration of [log(z)]^2 - complex analysis | 20 Apr 2009 04:40 GMT | 4 |
I came across these two problems from Saff and Snider's Fundamentals of Complex Analysis, 3rd. They are on Page 178 and 179 of the textbook. I am working on them for fun but not for assignments. a) \int_{\Gamma} [log(z)]^2 dz along the line segment from z=1 to z=i.
|
| solution manual request | 18 Apr 2009 09:33 GMT | 2 |
Please send me the solution manual to A first course in Probability by Sheldon Ross 7th edition.
|
| Limit problem | 16 Apr 2009 06:31 GMT | 9 |
Please help to solve this problem. lim x->0 (tanx-sinx)/(x^3). Thanks
|
| polar BVP in Sturm-Liouville | 14 Apr 2009 05:49 GMT | 5 |
I want to solve the boundary value problem: Laplace's equation for u(r, theta) = 0, 1 < r < 2, 0 < theta < a (i) ur(1,theta) = 0 (ii) ur(2,theta) = 0
|
| Solutions manual to Separation Process Principles, 2nd Ed.,by Seader, Henley | 13 Apr 2009 15:26 GMT | 10 |
solutions manual (To search click in keyboard Ctrl+F) Solutions Manuals in Electronic (PDF)Format! Just contact with , sendsolutions (at) hotmail.com (my email address), these are parts of our solutions, if the solution you want is on the list, please
|
| Precentage | 13 Apr 2009 05:31 GMT | 7 |
How would you find 15% of 30?
|
| Solution Manual | 11 Apr 2009 22:54 GMT | 1 |
Please send me Network Security Essentials: Applications and Standards (3rd Ed., William Stallings) Solution manual. Thank you
|
| JSH: Group theory undone | 11 Apr 2009 21:42 GMT | 15 |
Some of you may know that I've found that Pell's Equation can be more simply solved by using alternates to it, like the negative Pell's Equation, as given x^2 - Dy^2 = 1, for instance, if you have a solution to
|
| Working with zero | 10 Apr 2009 20:20 GMT | 6 |
a · 2 / h + 1 | rXF_X2 = f h · 2 + rXF_X2 = f e - rXF + f = d b< + b> - OXF = P>
|