Based on the parameters provided to you in Question $1,$ t$=0\mathrm{.}32$mm and tm$=1\mathrm{.}82$mm Calculate the Support Span of a Carbon

Steel Pipe with material A$106$ Gr B and full of water based on the formula and example given.

$$ Density of Pipe is $7800$ kg$/$m$3$

$$ Density of $1000$ kg$/$m$3$

$$ To convert kilogram to Newton use $1$ kg $=9\mathrm{.}81$ N

The formula for support span is:

Where:

L $=$ Length of pipe between supports to be calculated

w $=$ Weight of Pipe $($wp$)+$ Content $($ww$)$ per meter $($unit is in N$/$m$)$ which can be calculated

using following formulas

and

M $=$ Moment of Inertia of the Pipe which can be calculated using following formula

z $=$ Half of Outside Diameter $($unit is in m