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1. |
2. |
3. |
g(x,y) = cos(y+3sin(x)+sin(x+3cos(y))) h(x,y) = sin(x+3cos(y)+cos(y+3sin(x))) |
g(x,y) = 1/tan(x) h(x,y) = sin(x-y) |
g(x,y) = sin(cos(y+tan(x))) h(x,y) = sin(cos(x+tan(y))) |
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4. |
5. |
6. |
g(x,y) = -y-3sin(x) h(x,y) = x+3cos(y) |
g(x,y) = cosh(x^2) + ln(tan(x*y)) h(x,y) = sinh(y^2) |
g(x,y) = cos(ln(x^2*y))*sin(y) h(x,y) = ln(cos(x*y^2))*sin(x)^3 |
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7. |
8. |
9. |
g(x,y) = sin(cos(y+tan(x))) h(x,y) = sin(cos(x+tan(y))) |
g(x,y) = cos(x sin(y)+y cos(x)) h(x,y) = tan(x*y) |
g(x,y) = tan(x^2)/y h(x,y) = cot(y^2)/x |
| Note: Some equations have been modified from the submitted
version, in order to be mathematically accurate and/or correctly parsed
by the applet. The field aspects remain the same. The top three images (in green) are equipotentials while the other 6 are grass seeds representations of the fields themselves. |
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