Do you have a drawing?

Whats Dipping where?

Where is the volume?

Sorry madam. the details given in my first correpondence were extracted from strapping table. so to calculate any volume one has to use that strapping table just like the given examples in that request

Eschew obfuscation!

Okay, I have it.

So, you have... ummm... If you take your second dip.... uhhh...

Oh! So, when... ummmm... in plate three of the strapping table it says... uhhhh...

What?

Thank you very much, i have done a number of calculations of present and previous dips your method produces figures that are very close and comparable.

Ah listen; it helps a lot if you explain what your values represent, and the relationships. We are really bright and clever, but some basic identification goes a long way.

i'm not enlish fluent so i dont understand the sh¡t of it

is that getting close http://www.erikdeman.de/manuals/Table_Dip.pdf

? marine navigation ? what's the volume has to do with it

in turn you can help me to find the 1-st-1 in:

1. Operations famyly::
2. ???,a$b=(area unknown requires 3D,4D numbers+ops. for simplex representation),a+b,ab,a*b,e.c.
   
   
• a*b=e^ln(a)ln(b) -- arithmetical xor operation
  
  
• a%b=e^ln(a)/ln(b) -- reverse xor-ing
  
  
• unitive property: for every next generation applies a op_n+1 b = e^{ln(a)op_nln(b)}
  
  
• Op. level base constants::
• -inf $ a = a = "u say" -- something close to ??? 1/(1/-inf+1/a) ???
• 0 + a = a
• 1 a = a
• e * a = a
• e^e (*"+1") a = a
• e.c.
it's the u say USA

Pi are square. Corn bread are round. That's about the sh*t of it.